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Independent Security Assessment Authority | Pan-India

Security Risk Assessment, Threat & Vulnerability Assessment Services in India

Facility Security Risk Assessment, Threat Assessment & Vulnerability Analysis for Corporate, Industrial & Infrastructure Facilities

Elion Technologies & Consulting Pvt. Ltd. delivers independent security risk assessments, threat assessments, and security vulnerability analyses for corporate offices, warehouses, manufacturing plants, hospitals, and financial institutions across India. Assessments are structured in accordance with ISO 27001 Clause 6.1 risk management requirements and NFPA 730 premises security methodology — producing a risk register, asset criticality matrix, and prioritised countermeasure recommendations.

ISO 27001 Clause 6.1

NFPA 730

ASIS Guidelines

ISO 31000

NSIC Approved

Since 2010

30,000+ Audits

Delhi NCR — Track Record

Audits Done

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Years Since 2010

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Disciplines

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Electrical Capability

0 kV

Threat identification & characterisation
Security vulnerability assessment
Asset criticality & risk scoring
Prioritised countermeasure recommendations
Offices, warehouses, manufacturing, hospitals, banks

30,000+

Audits Completed

Since 2010

Independent Practice

ISO 14064

GHG Protocol Aligned

BRSR

SEBI Compliant Reporting

Security Risk Assessment for Corporate Offices, Warehouses, Manufacturing Plants, Hospitals & Financial Institutions in India — ISO 27001 & NFPA 730 Aligned

Elion Technologies & Consulting Pvt. Ltd. is an independent engineering audit authority established in 2010, delivering third-party security risk assessments, threat assessments, and vulnerability analyses for Indian industries. 30,000+ audits completed. ISO 9001 · 14001 · 50001 certified. NSIC Approved. Pan-India execution with in-house certified assessors — no subcontracting. Assessment reports accepted by statutory authorities, insurers, and audit committees.

A security risk assessment (also referred to as a facility security risk assessment, threat and vulnerability assessment, security vulnerability assessment, threat assessment, security risk analysis, premises security risk evaluation, or physical security risk assessment) is a structured, independent process that identifies credible threats to a facility or organisation, evaluates the vulnerabilities those threats can exploit, assesses the criticality of assets at risk, and assigns a risk score to each identified scenario. The output — a risk register with likelihood and consequence ratings — provides the evidence base for prioritising security investments and implementing targeted countermeasures. Elion conducts independent, third-party security risk assessments aligned with ISO 27001 Clause 6.1 risk management requirements and NFPA 730 threat and vulnerability methodology. Whether the requirement is a comprehensive facility security risk assessment, a focused security vulnerability assessment prior to ISO 27001 certification, or a threat assessment following a security incident, Elion delivers a documented, independently prepared risk register suited to the purpose. Organisations across India — including those seeking a security risk assessment in Delhi, threat and vulnerability assessment in Mumbai, facility risk assessment for manufacturing plants in Pune, ISO 27001 risk assessment in Bengaluru, or warehouse security risk assessment in Hyderabad — commission Elion’s services for their independence, standards alignment, and report credibility with regulators, insurers, and audit committees.

Also searched as: security risk assessment company India · threat vulnerability assessment services · physical security risk assessment India · security risk assessment services India · facility security risk analysis · security vulnerability assessment India · ISO 27001 risk assessment · premises threat assessment · physical security risk evaluation · third-party security assessment India

Assessment Scope

What a Security Risk Assessment Covers

A comprehensive security risk assessment covers five interconnected domains — from threat identification through to control effectiveness review. Each domain feeds into the final risk register and countermeasure recommendations.

Threat Identification

Identification and characterisation of credible threat actors relevant to the facility — external intruders, insider threats, organised criminal groups, disgruntled employees, protest or activist groups, and for critical infrastructure, state-sponsored threats. Each threat actor is assessed for intent, capability, and historical activity.

NFPA 730 · ASIS Guidelines

Vulnerability Assessment

Identification of specific weaknesses in physical controls, procedural measures, and technical systems that identified threat actors could exploit. Covers perimeter gaps, access control deficiencies, CCTV blind spots, guard deployment weaknesses, procedural failures, and cyber-physical interface vulnerabilities. Each vulnerability is rated by severity and mapped to the relevant threat scenarios.

ISO 27001 A.11 · NFPA 730

Asset Criticality Assessment

Inventory and criticality rating of the facility’s key assets — people, physical infrastructure, information assets, production equipment, inventory, and reputation. Criticality is assessed based on value, replaceability, regulatory significance, and consequence of loss or compromise. Asset criticality ratings directly weight the risk scoring calculation.

ISO 27001 Clause 8.2

Risk Scoring & Prioritisation

Each risk scenario is scored using a structured likelihood × consequence matrix, producing an overall risk rating — Critical, High, Medium, or Low. Risk scores account for existing control effectiveness, enabling the assessment to distinguish between residual risk and inherent risk. The risk register is the primary output used to prioritise countermeasure investment.

ISO 27001 Clause 6.1.2

Security Control Effectiveness Review

Evaluation of how effectively existing security controls — physical barriers, access management, CCTV, intrusion detection, guard procedures, and policies — reduce identified risks. The control effectiveness review identifies where current investments are providing adequate risk reduction and where they are not, informing targeted remediation rather than blanket upgrades.

ISO 27001 A.11 · NFPA 730/731

Countermeasure Recommendations

For each risk scenario rated High or Critical, the assessment identifies specific countermeasures — physical, procedural, or technical — that would reduce the risk to an acceptable level. Recommendations are vendor-neutral, cost-proportionate, and sequenced in priority order based on risk reduction value per unit of investment.

ISO 27001 Clause 6.1.3

Regulatory & Operational Context

Why Security Risk Assessment is Required

Physical security vulnerabilities, unquantified threat exposure, and unallocated security budgets impose real costs — through incidents, compliance failures, and insurer or client rejections. An independent security risk assessment addresses each of these exposure points with documented, standard-aligned evidence.

Risk Mitigation Before Incidents Occur

Physical security incidents — theft, burglary, insider misappropriation, workplace violence, and sabotage — impose direct financial losses, operational disruption, reputational damage, and in high-consequence scenarios, loss of life. A structured security risk assessment identifies credible threat scenarios and exploitable vulnerabilities before an incident occurs, enabling targeted preventive investment. The cost of an independent assessment is a fraction of the average post-incident remediation, insurance claim processing, and legal liability exposure. Proactive risk identification is the most cost-effective approach to security management for any facility type in any sector.

ISO 27001 Clause 6.1 Risk Assessment Obligation

ISO 27001 Clause 6.1.2 mandates a documented information security risk assessment process as a mandatory requirement for certification. The assessment must identify risks associated with the loss of confidentiality, integrity, and availability of information assets — including those arising from physical security failures covered by Annex A.11. Certification auditors require the risk register, likelihood and consequence scores, and evidence that Annex A controls were selected based on assessed risks. Internal risk assessments conducted by the organisation’s own team do not satisfy the independence requirement for certification purposes. Elion’s assessment produces all required outputs directly applicable to Clause 6.1 and 6.1.3 Statement of Applicability preparation.

Insurance Underwriting & Risk Survey Requirements

Commercial property insurers, industrial risk underwriters, and professional liability providers for high-value facilities are increasingly requiring documented security risk assessments as a precondition for policy issuance, premium calculation, or post-incident claims resolution. An independently prepared, methodology-referenced assessment report provides the structured risk evidence that underwriters require. Self-assessment documentation prepared by the insured organisation is not accepted as an equivalent for high-value or high-risk property categories. Following a significant loss event, insurers may require an independent security risk assessment as a precondition for policy renewal — Elion’s independently prepared reports satisfy this requirement.

Audit Committee & Board Governance

Board-level audit committees and risk committees of listed and regulated organisations are required to evidence systematic risk management — including security risk — as part of enterprise risk management (ERM) programmes and statutory internal audit obligations. SEBI’s BRSR framework for listed companies and RBI’s internal audit guidelines for banks explicitly require documented, independent security risk assessments. An independently prepared risk register with quantified risk scores, credible threat profiles, and prioritised countermeasures provides the structured evidence that audit committees require to discharge their governance obligations. Internal assessments prepared by security management do not satisfy this governance independence requirement.

Business Continuity & Operational Resilience Planning

Security incidents — theft, sabotage, violent incidents, or unauthorised access to critical systems and data — can disrupt business operations, destroy inventory, compromise client data, and trigger regulatory penalties and reputational damage. A security risk assessment identifies the specific scenarios most likely to cause operational disruption for a particular facility and enables business continuity planners to incorporate security-related disruption scenarios into BCP and disaster recovery frameworks with accurate likelihood and consequence data. This is particularly relevant for manufacturing plants, data centres, logistics hubs, hospitals, and financial institutions where operational continuity is business-critical and security incidents directly trigger regulatory notification obligations.

Post-Incident Investigation & Pre-Occupancy Due Diligence

Following a physical security incident — theft, break-in, insider misappropriation, workplace assault, or data breach with physical access component — an independent security risk assessment provides the documented analysis of the threat scenario that enabled the incident, the control vulnerabilities that were exploited, and the residual risks that remain. This evidence supports insurance claims, legal proceedings, and regulatory investigations with credibility that internal security team reports do not carry. Separately, organisations commissioning a new facility, acquiring premises, or onboarding a third-party site commission a security risk assessment as standard pre-occupancy due diligence to establish a documented baseline risk profile and define security remediation obligations before occupation or integration into the organisation’s security programme.

Two Core Components

Threat Assessment & Vulnerability Assessment — Explained

A security risk assessment integrates two distinct analytical processes — threat assessment and vulnerability assessment — into a combined risk evaluation. Understanding each component is essential to interpreting the final risk register and countermeasure plan.

Threat Assessment

What threats exist, and how credible are they?

A threat assessment identifies and evaluates the threat actors and scenarios realistically applicable to a specific facility in its operational context. It is not a generic checklist — it requires assessment of the facility’s location, sector, asset profile, operational history, and the threat environment in the surrounding area.

For each identified threat actor, the assessment evaluates three factors:

INTENT

Does the threat actor have a motivation to target this facility or its assets?

HISTORY

Has this threat actor type acted against similar facilities in this sector or region?

CAPABILITY

Does the threat actor have the means, skills, and resources to carry out an attack?

Common threat categories: opportunistic theft · insider misappropriation · organised crime · workplace violence · protest/activist disruption · cyber-physical attack · sabotage

Vulnerability Assessment

Where can identified threats succeed?

A vulnerability assessment identifies the specific weaknesses in a facility’s security controls that would allow an identified threat actor to achieve their objective. Vulnerabilities are mapped directly to specific threat scenarios, ensuring the assessment is grounded in realistic attack pathways rather than theoretical checklists.

Vulnerability domains assessed include:

Physical barriers — fencing, walls, doors, locks, vehicle barriers
Access control — credentials, zones, visitor management, tailgating
Detection systems — CCTV coverage, alarm zoning, guard visibility
Response capability — guard protocols, escalation, incident response
Procedural controls — background verification, insider access management
Cyber-physical interfaces — networked security devices, IP camera access

Each vulnerability rated: Critical · High · Medium · Low — based on exploitability and consequence if exploited by the mapped threat actor

Industry Coverage

Carbon Footprint Studies by Industry

Emission source profiles, applicable standards, and reduction levers vary significantly by sector. Elion configures the study methodology and emission factor selection for each industry type.

Risk Mitigation & Security Investment Prioritisation

A security risk assessment establishes which threats are credible, which vulnerabilities are exploitable, and which risks exceed acceptable thresholds — enabling organisations to allocate security budgets to the specific controls that reduce the highest risks most cost-effectively. Without this risk evidence base, security investments are guided by vendor recommendations or generic best-practice lists rather than the actual threat profile of the facility.

Insurance Risk Survey & Underwriting Requirements

Commercial property insurers, industrial risk underwriters, and professional liability providers for high-value facilities increasingly require a documented security risk assessment as part of the risk survey process for policy issuance, premium calculation, or claims resolution. An independently prepared, methodology-aligned risk assessment report provides the structured risk evidence that underwriters require and can directly support negotiations on security-related policy conditions and premiums.

Audit Committee & Governance Obligations

Board-level audit committees and risk committees of listed and regulated organisations require periodic, independent security risk assessments as part of enterprise risk management (ERM) programmes and internal audit plans. ISO 27001 certification requires documented risk assessment outputs under Clause 6.1 — the risk register produced by Elion’s assessment process directly satisfies this requirement. SEBI’s BRSR framework also increasingly expects organisations to evidence systematic physical security risk management.

ISO 27001 Certification Requirement

ISO 27001 Clause 6.1.2 mandates a documented information security risk assessment process — including identification of risks associated with physical security failures. Annex A.11 physical and environmental security controls are selected and justified based on the risk assessment. Elion’s security risk assessment produces the documented risk register, treatment plan, and control selection rationale required for ISO 27001 certification audit preparation.

Business Continuity & Operational Resilience

Security incidents — theft, sabotage, violent incidents, or unauthorised access to sensitive systems — can disrupt business operations, destroy inventory, compromise data, and expose organisations to regulatory penalties and reputational damage. A security risk assessment identifies the scenarios most likely to cause operational disruption and enables business continuity planners to incorporate security-related scenarios into BCP and disaster recovery frameworks.

Post-Incident & Pre-Occupancy Assessment

Following a physical security incident, a structured security risk assessment provides the documented analysis of how the incident occurred, what risk factors enabled it, and what residual risks remain. This evidence supports insurance claims, legal proceedings, and regulatory investigations. Separately, organisations commissioning a new facility or expanding an existing one commission a security risk assessment before occupancy to establish a baseline risk profile and inform the security design brief.

Assessment Methodology

How Elion Conducts a Security Risk Assessment

Each security risk assessment follows a structured seven-stage process from scope definition through to countermeasure recommendations. The methodology is aligned with ISO 27001 Clause 6.1 and NFPA 730 threat and vulnerability assessment guidance. Full details at Elion’s Audit Methodology & Independence Framework →

STEP 01

Scope Definition & Asset Inventory

Define the assessment boundary — facility, operations, and information assets in scope. Conduct a structured asset inventory, classifying assets by type (people, physical assets, data, operational systems) and assigning preliminary criticality ratings based on value, regulatory significance, and operational dependency.

STEP 02

Context & Environment Review

Review the facility’s operational context — sector, location, incident history, regulatory environment, and client/supplier risk profile. Review existing security policies, incident records, previous assessments, and security system documentation. Conduct structured stakeholder interviews with security management, operations, and facilities teams.

STEP 03

Threat Identification & Characterisation

Identify credible threat actors relevant to the facility and its assets. For each threat actor, assess intent, capability, and history of action. Develop threat scenarios — specific sequences of events by which each threat actor could cause harm — for use in the subsequent vulnerability and risk assessment stages.

STEP 04

Site Inspection & Vulnerability Assessment

Conduct a structured site inspection to identify vulnerabilities in physical barriers, access controls, detection systems, guard procedures, and cyber-physical interfaces. Map each identified vulnerability to the threat scenarios it enables. Rate each vulnerability by severity and exploitability using the NFPA 730 vulnerability assessment framework.

STEP 05

Risk Scoring & Risk Register Development

Score each risk scenario using a structured likelihood × consequence matrix. Apply existing control effectiveness ratings to determine residual risk scores. Develop the risk register — listing each scenario with inherent risk, control effectiveness rating, residual risk score, and classification (Critical / High / Medium / Low).

STEP 06

Control Effectiveness Review

Assess the effectiveness of existing security controls against each risk scenario. Identify where current controls provide adequate risk reduction, where they are partially effective, and where they are ineffective or absent. Control effectiveness ratings feed directly into the residual risk score and countermeasure prioritisation process.

STEP 07

Report, Countermeasure Plan & Handover

Issue the final security risk assessment report containing the asset inventory, threat register, vulnerability register, risk register, and a prioritised countermeasure implementation plan. The countermeasure plan identifies specific physical, procedural, and technical measures for each High or Critical risk, with implementation priority and indicative cost category. A report briefing is provided to the client’s security and management team.

Standards & Frameworks

Standards Applied in Security Risk Assessments

Elion’s security risk assessments are structured in accordance with internationally recognised risk assessment standards and Indian regulatory frameworks. The applicable standard set is confirmed during the scoping stage based on facility type and client obligations.

Standard	Application
ISO 27001 Cl.6	Information security risk assessment and treatment — mandatory for ISO 27001 certification; defines risk identification, analysis, and evaluation requirements
ISO 27001 A.11	Physical and environmental security controls — risk assessment outputs directly inform Annex A.11 control selection and justification in the Statement of Applicability
NFPA 730	Guide for Premises Security — structured threat and vulnerability assessment methodology for premises security risk evaluations
NFPA 731	Installation of Electronic Premises Security Systems — informs assessment of existing electronic security system performance
ASIS SRA	ASIS International Security Risk Assessment — enterprise security risk framework covering threat, vulnerability, and consequence analysis
IEC 62443	Industrial Automation and Control System security — applied in assessments for OT/ICS environments and cyber-physical risk scenarios
ISO 31000	Risk management principles and guidelines — provides the overarching risk management framework within which security risk assessments are structured
Factories Act	Indian Factories Act 1948 — applicable safety and security risk provisions for manufacturing facility assessments

ISO 27001 Clause 6.1 Requirement: ISO 27001 certification requires a documented risk assessment process covering risks including physical security failures. Elion’s security risk assessment produces the risk register, likelihood/consequence ratings, and control selection rationale required for Clause 6.1 and 6.1.3 Statement of Applicability compliance.

ISO 27001 Risk Assessment vs. Physical Security Audit

An ISO 27001-aligned security risk assessment identifies and scores risks to information assets including those arising from physical security failures. A physical security audit independently verifies the condition and standards compliance of physical controls. The two processes are complementary: the risk assessment establishes what risks the physical controls need to address; the audit verifies whether those controls are adequate and compliant.

NFPA 730 Threat & Vulnerability Methodology

NFPA 730 provides the most widely applied structured methodology for premises security threat and vulnerability assessments. It defines how threat actors are identified, how vulnerabilities are assessed against threat scenarios, and how risk ratings are produced. Elion applies the NFPA 730 methodology in all facility-level security risk assessments.

Sector-Specific Regulatory Requirements

RBI guidelines for banking premises, NABH standards for hospitals, and Factories Act provisions for manufacturing facilities each carry security risk management obligations. Elion’s assessment scope is configured to address sector-specific regulatory requirements alongside general international standards, ensuring the risk register and countermeasure plan align with applicable compliance frameworks.

Independence & Third-Party Value

Elion does not supply, install, or maintain security equipment or guarding services. All risk assessments are conducted on a fully independent basis — countermeasure recommendations are technology-neutral and vendor-neutral, ensuring the organisation retains complete freedom in selecting implementation partners. Internal security team assessments do not satisfy the independence requirement for ISO 27001 certification or insurance risk survey purposes.

Assessment Methodology

How Elion Conducts a Security Risk Assessment

WAREHOUSES & LOGISTICS

Warehousing & Distribution Facilities

High-value inventory, contractor-heavy operations, shift-change vulnerabilities, and perimeter exposure make warehouses a frequent target for organised theft and insider misappropriation. A security risk assessment identifies specific threat scenarios and control weaknesses driving loss — informing targeted interventions rather than blanket security upgrades.

BANKING & FINANCE

Banks, NBFCs & Financial Institutions

RBI guidelines require risk-based physical security controls for bank branches, currency chests, and ATM installations. Internal audit committees of listed banks require periodic independent security risk assessments as a governance obligation. Currency chest facilities require documented threat assessments aligned with RBI security specifications.

CORPORATE OFFICES

Corporate Offices & IT Campuses

ISO 27001 Clause 6.1 requires a documented risk assessment for organisations pursuing ISMS certification — covering physical security risks to information assets. IT and ITES companies with enterprise clients receive contractual security risk assessment requirements as part of vendor due diligence programmes. Companies relocating or expanding commission assessments before occupation to establish a baseline risk profile.

MANUFACTURING

Manufacturing Plants & Industrial Facilities

Large manufacturing campuses with hazardous materials, high-value raw material inventories, complex contractor populations, and shift-based operations present a wide range of credible threat scenarios. Security risk assessments for manufacturing facilities address insider threats, perimeter breach risk, hazardous area access, sabotage scenarios, and Factories Act compliance risk contexts.

HEALTHCARE

Hospitals, Clinics & Healthcare Facilities

NABH accreditation standards require risk-based physical security controls. Hospitals handling controlled substances require documented access risk assessments. The unique threat profile of healthcare facilities — patient safety risks, medication theft, infant protection, and high emotional-tension environments — requires a sector-specific risk assessment approach distinct from commercial or industrial facilities.

DATA CENTRES

Data Centres & Critical Infrastructure

Enterprise clients conducting vendor due diligence on colocation providers require evidence of independent security risk assessments. Uptime Institute Tier certification processes reference physical security risk management. Cyber-physical security risk assessments — addressing IP-based security system vulnerabilities alongside physical access risks — are a growing requirement for Indian colocation and cloud infrastructure operators.

Audit Execution Framework

Audit Deliverables

Every Elion audit follows a defined multi-phase protocol designed to produce technically defensible, standards-referenced findings. The process is consistent, repeatable, and documented at each stage.

Executive summary — overall risk posture, key findings, and priority countermeasures

Asset inventory with criticality ratings — people, physical assets, information, and operational systems

Threat register — identified threat actors with intent, capability, and history assessments

Threat scenario descriptions — specific sequences of events for each credible risk scenario

Vulnerability register — identified control weaknesses mapped to threat scenarios with severity ratings

Risk register — each scenario scored for likelihood and consequence with residual risk classification (Critical / High / Medium / Low)

Security control effectiveness matrix — rating of existing controls against each identified risk scenario

Gap analysis — current security posture vs. required posture per applicable standards (ISO 27001, NFPA 730)

Prioritised countermeasure plan — physical, procedural, and technical recommendations per High/Critical risk with implementation priority

ISO 27001 alignment notes — clause references to Annex A controls selected or justified by the risk assessment where applicable

Commission an Assessment

Ready to quantify your facility’s security risks?

Submit your facility details and scope. Our team will respond with a fixed-fee technical proposal within a defined period.

Related Engineering & Sustainability Services

A carbon footprint study works best as part of a broader sustainability and engineering audit programme. The services below are commonly commissioned alongside or following a carbon footprint assessment.

Physical Security Audit

Independent standards-based audit of physical security controls — perimeter, access, CCTV, intrusion detection, and cyber-physical systems. The natural follow-on to a security risk assessment: the risk assessment identifies what risks exist; the physical security audit verifies whether controls addressing those risks are adequate and compliant.

CCTV Audit

CCTV & Surveillance Audit

Technical audit of CCTV infrastructure — camera coverage, recording quality, blind spot identification, and NFPA 731 compliance. CCTV effectiveness is a key control factor in security risk assessment scores; a CCTV audit verifies whether detection coverage is adequate for the identified threat scenarios.

Fire Safety Audit

Independent fire safety assessment covering detection, suppression, egress, and NBC 2016 / NFPA 101 compliance. Fire risk is frequently identified as a High or Critical scenario in facility security risk assessments — the fire safety audit provides the specialist assessment of fire-specific controls.

Access Control Audit

Dedicated audit of access management systems — card readers, biometric terminals, credential management, visitor procedures, and zone access policies. Access control vulnerabilities are among the most frequently identified findings in security risk assessments; this audit provides in-depth technical assessment of the relevant controls.

Methodology

Engineering Audit Methodology & Independence Framework

How Elion maintains third-party independence, applies NABL-calibrated instruments, and produces report outputs accepted by statutory authorities, insurers, and audit committees across all engineering and sustainability audit disciplines.

Credentials

Qualifications & Accreditations

Details of Elion's engineering team qualifications, ISO certifications (9001, 14001, 50001), BEE accreditation, NSIC approval, and professional body affiliations relevant to carbon footprint study and sustainability audit practice.

Who Commissions an Assessment

Who Requires a Security Risk Assessment?

Security risk assessments are commissioned across sectors by organisations responding to ISO 27001 certification requirements, insurance obligations, audit committee governance mandates, enterprise client due diligence conditions, or post-incident remediation needs. The following profiles represent the most common commissioning contexts in India.

IT & ITES Companies

ISO 27001 Clause 6.1 compliance, enterprise client contractual due diligence, and security governance audits. Among the highest-frequency commissioning sector for independent security risk assessments in India — driven by ISMS certification requirements and multinational client audit demands.

Warehouses & Logistics

High-value inventory exposure, contractor-heavy operations, shift-change vulnerabilities, and organised theft scenarios. Security risk assessments identify the specific threat scenarios and control weaknesses driving loss — enabling targeted security investment rather than blanket upgrades.

Banks & Financial Institutions

RBI guidelines require risk-based physical security controls for bank branches, currency chests, and ATM installations. Internal audit committees of listed banks require periodic independent security risk assessments. Currency chest and data centre environments require documented threat assessments aligned with RBI security specifications.

Manufacturing Plants

Hazardous material storage, high-value raw material inventories, complex contractor populations, and shift-based operations present a wide range of credible threat scenarios. Factories Act compliance, industrial insurance requirements, and multinational parent company security governance are the primary drivers for independent assessments.

Data Centres

Enterprise client due diligence, Uptime Institute Tier certification, cyber-physical risk assessment requirements, and colocation provider security governance programmes. Cyber-physical security risk assessments covering IP-based security system vulnerabilities alongside physical access risks are a specific and growing requirement.

Hospitals & Healthcare

NABH accreditation standards require risk-based physical security controls. Hospitals handling controlled substances require documented access risk assessments. Healthcare facilities present a unique threat profile — patient safety risks, medication theft, infant protection, and high emotional-tension environments — requiring a sector-specific risk assessment approach.

Government & Infrastructure

MHA guidelines, CISF directives, and internal audit committee obligations require periodic independent security risk assessments for government buildings and critical infrastructure. Power generation, water treatment, telecom, and transportation hub facilities require documented threat assessments against national security standards.

Retail & Hospitality

Multi-location retail chains commission standardised security risk assessments across their portfolio to identify loss prevention gaps. Hotel groups with international brand affiliations face brand security standards. High footfall environments present elevated theft, assault, and cash handling risk scenarios requiring periodic independent assessment.

Assessment Methodology

ISO 27001 Clause 6.1 requires a documented risk assessment that covers physical security risks to information assets — server rooms, network equipment, data storage, and workstations. IT and ITES companies with enterprise clients face contractual security risk assessment requirements as part of vendor due diligence programmes. For multi-tenant office campuses, the risk assessment must also address shared infrastructure risks that are not within the individual tenant’s control but affect their overall risk profile.

Anonymised Case Studies

Carbon Footprint Study — Selected Project Outcomes

The following anonymised case studies illustrate the outcomes Elion’s carbon footprint studies have delivered for Indian industrial and commercial clients.

CCTV Blind Spots & Coverage Gaps

Camera coverage maps frequently reveal unmonitored zones in loading bays, stairwells, service corridors, and perimeter fence lines. In assessed facilities, it is common to find cameras with insufficient resolution for identification purposes, recording gaps due to storage capacity limits, and cameras that have been rotated or obstructed without the security team’s knowledge.

Linked service: CCTV Audit →

Access Control Weaknesses

Orphaned access credentials for resigned or terminated employees remain active in access control systems in the majority of assessed facilities. Zone-based access policies are frequently configured incorrectly — granting access to areas that staff do not require for their role. Visitor management procedures are often informal and do not produce an auditable record of who accessed which area and when.

Linked service: Access Control Audit →

Perimeter Vulnerabilities

Perimeter assessments commonly identify sections of boundary fencing that are degraded, scalable, or lack adequate lighting. Unmanned gate periods during shift changeovers, vehicle access points without boom barriers, and unlocked secondary access gates used informally by staff create exploitable perimeter gaps. For large industrial campuses, perimeter CCTV coverage rarely matches the physical boundary length.

Linked service: Physical Security Audit →

Insider Threat Exposure

Insider threat risk is systematically underestimated in most facility security programmes. Assessments frequently find that long-tenured employees retain access to sensitive areas that is no longer required for their current role; contractors are given temporary access that is never revoked; background verification for high-risk roles is not conducted to an adequate standard; and monitoring of access to sensitive inventory, data, and cash is not proportionate to the consequence of misappropriation.

Addressed in: Physical Security Audit →

Procedural & Process Gaps

Security systems are only as effective as the procedures governing their use. Assessments routinely identify guard duty instructions that have not been updated to reflect changes in facility layout or operations; incident reporting procedures that result in under-reporting of minor events; emergency response plans that are not rehearsed and contain outdated contact information; and contractor security induction processes that are inadequate for the level of access granted.

Framework reference: Audit Methodology →

Emergency Response Readiness Gaps

Emergency response capability is assessed as part of the risk assessment process. Findings commonly include inadequate emergency lighting coverage, evacuation routes that are obstructed or unmarked, mustering point assignments that are unknown to a significant proportion of staff, and fire safety system conditions that create life-safety risk scenarios. For fire safety findings, a dedicated fire safety audit is recommended as a concurrent or follow-on engagement.

Linked service: CCTV Audit →

Clarification

Security Risk Assessment vs. Security Audit — Key Differences

The terms “security risk assessment” and “security audit” are used interchangeably in the market but they are methodologically distinct services with different outputs, uses, and commissioning triggers. Understanding the difference enables organisations to commission the right service — or both — at the right time.

Dimension	Security Risk Assessment Physical Security Audit	Security Risk Assessment Physical Security Audit
Primary question	What threats and risks does this facility face, and how severe are they?	Do the existing security controls meet applicable standards and are they in working condition?
Primary output	Risk register with likelihood × consequence scores, threat profiles, vulnerability register, countermeasure recommendations	Non-conformance findings against ISO 27001 / NFPA 730/731 clauses, gap analysis, corrective action plan
Standards alignment	ISO 27001 Clause 6.1, ISO 31000, NFPA 730, ASIS SRA	ISO 27001 Annex A.11, NFPA 730/731, OSHA, NBC 2016
When to use	Before designing or investing in security systems; ISO 27001 certification preparation; after a security incident; new facility commissioning; periodic enterprise risk management	Verifying existing controls meet standards; insurance risk surveys; regulatory compliance evidence; ISO 27001 certification audits; post-incident corrective action verification
Typical relationship	Typically conducted first — establishes the threat context and risk priorities that define what the physical security audit should verify	Follows the risk assessment — verifies whether controls identified as critical risk-reducers are in place, compliant, and operational
Can be combined?	Yes. Both services are frequently commissioned simultaneously, producing a comprehensive output that covers risk quantification and control compliance in a single engagement. Combined programmes are most common for new facility commissioning and ISO 27001 certification preparation.

When to start with a Risk Assessment: If your organisation does not have a documented risk register, is preparing for ISO 27001 certification, has experienced a security incident, or is designing security for a new facility — start with the security risk assessment. It defines what risks exist before decisions are made about which controls to invest in.

When to start with a Security Audit: If you have existing security systems and need to verify they meet ISO 27001 Annex A.11, NFPA 730/731, or insurance standards — commission a physical security audit. It produces standards-referenced gap findings and a corrective action plan without requiring a full risk quantification exercise.

Credentials & Track Record

Why Organisations Commission Security Risk Assessments from Elion

The following points reflect Elion’s operational track record and structural characteristics — not marketing claims. They are the factors that decision-makers, audit committees, and insurance underwriters typically verify before accepting an assessment report.

30K+

Risk Mitigation Before Incidents Occur

Pan-IN

Pan-India Multi-Location Expertise

Elion delivers security risk assessments for facilities across India — Delhi NCR, Mumbai, Pune, Bengaluru, Hyderabad, Chennai, Kolkata, Ahmedabad, and beyond — using in-house certified assessors. No subcontracting means the assessment methodology, finding quality, and report format are consistent across every location in a multi-site programme — a requirement that audit committees and enterprise risk management programmes depend on when aggregating risk data across a facility portfolio.

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Zero Vendor Conflicts

Elion does not supply, install, maintain, or receive commission from the sale of security equipment, guarding services, or technology systems. Every countermeasure recommendation in an Elion security risk assessment report is technology-neutral and vendor-neutral. This structural independence is the reason assessment reports are accepted by insurance underwriters, ISO 27001 certification auditors, and audit committees — who would not accept a report prepared by an organisation with a financial interest in the recommendations it makes.

ISO

Standards-Aligned Methodology

Elion’s security risk assessment methodology is aligned with ISO 27001 Clause 6.1, NFPA 730 premises security threat and vulnerability methodology, ASIS International Security Risk Assessment guidelines, and ISO 31000 risk management principles. Elion holds ISO 9001, ISO 14001, and ISO 50001 certifications and is NSIC approved. Assessment reports reference specific standard clauses for every finding — the format required for ISO 27001 certification audits, insurance risk surveys, and statutory authority submissions.

Scope & Commercial

Security Risk Assessment Cost & Proposal Basis

Elion provides fixed-fee proposals for security risk assessments after a scoping discussion. There is no standard rate card — assessment cost is determined by the specific scope, facility characteristics, and depth of analysis required. No engagement begins without a documented, agreed scope and a fixed fee proposal.

Factors That Affect Assessment Cost

Facility size and complexity — total area, number of buildings or floors, security zones, and functional areas to be assessed

Assessment scope depth — threat identification only, vs. full threat + vulnerability + risk scoring + countermeasure plan

Number of facilities — single site vs. multi-site programme; programmes covering 5+ sites benefit from a standardised methodology that reduces per-site cost

Standards alignment required — ISO 27001 Clause 6.1 structured outputs require additional documentation; ASIS SRA or NFPA 730 methodology adds structured reporting overhead

Sector and operational complexity — healthcare, financial services, and critical infrastructure facilities require sector-specific regulatory framework coverage that adds scope

Cyber-physical scope — inclusion of OT/ICS environments and IP-based security system network assessment increases technical fieldwork depth

Physical security audit combination — conducting a physical security audit concurrently with the risk assessment shares fieldwork time and reduces total programme cost

How to Obtain a Proposal

Elion provides fixed-fee proposals for security risk assessments based on a scoping discussion. Proposals include: defined assessment methodology, scope boundary, deliverable specification, timeline, and total fee. No work begins without a signed proposal and agreed scope of engagement.

To receive a proposal, submit the following in your initial request:

Facility type and location
Approximate facility size and number of buildings
Number of facilities to be assessed
Primary trigger (ISO 27001, insurance, incident, periodic review)
Target completion date or deadline

Proposals are typically issued within 3–5 working days of a scoping discussion. Elion does not charge for scoping consultations or proposals.

Entity Reference

About Elion Technologies & Consulting Pvt. Ltd.

Third-party engineering audit and safety compliance authority. Established 2010. ISO 9001 · 14001 · 50001 certified. NSIC Approved. Pan-India.

ISO 9001 Certified

ISO 14001 Certified

ISO 50001 Certified

NSIC Approved

BEE Certified

NSC Member

Since 2010

Type

Independent third-party engineering audit and safety compliance firm. Elion does not supply, install, or maintain any equipment or services audited — a structural independence that distinguishes independent audit firms from equipment vendors offering “free assessments.”

Established

Founded in 2010 and operating continuously since. Over 15 years of independent engineering audit practice across Indian industries. 30,000+ audits completed across energy, safety, environmental, and security disciplines.

Geographic Coverage

Pan-India delivery using in-house certified assessors — no subcontracting. Covers Delhi NCR, Mumbai, Pune, Bengaluru, Hyderabad, Chennai, Kolkata, Ahmedabad, Jaipur, Lucknow, Chandigarh, Nagpur, Surat, Bhubaneswar, Kochi, and other locations.

Assessment Services

Security risk assessments, physical security audits, CCTV audits, fire safety audits, electrical safety audits, energy audits, environmental audits, and engineering compliance audits. Full service list at elion.co.in/services.

Geographic Reach

Security Risk Assessment Services Across India

Elion conducts independent security risk assessments, threat assessments, and vulnerability analyses for facilities across India. All assessment functions are performed by in-house certified assessors — no subcontracting — ensuring consistent methodology, reporting quality, and standards alignment regardless of location. The same assessment team, methodology, and report format is applied whether the facility is in Delhi NCR or Kochi.

Delhi NCR

Mumbai

Pune

Ahmedabad

Chennai

Bengaluru

Hyderabad

Kolkata

Jaipur

Lucknow

Chandigarh

Surat

Nagpur

Indore

Bhubaneswar

Kochi

Security Risk Assessment — FAQ

Common questions about security risk assessments, threat vulnerability assessments, methodology, deliverables, standards, and timelines. For project-specific queries, submit a request or contact the team.

What is a security risk assessment?

A security risk assessment is a structured, independent evaluation that identifies credible threats to a facility, assesses vulnerabilities those threats can exploit, evaluates asset criticality, and assigns risk scores. The output is a risk register with prioritised recommendations to guide security improvements.

What is the difference between a security risk assessment and a physical security audit?

A physical security audit checks existing controls against standards and compliance requirements.
A security risk assessment goes deeper by identifying threat scenarios, evaluating vulnerabilities, and quantifying risk levels.
In simple terms:

Audit = compliance check
Risk assessment = risk-based analysis

What is a threat assessment?

A threat assessment identifies and evaluates potential threat actors such as intruders, insiders, criminal groups, or activists. It analyses their intent, capability, and likelihood of action to create a threat profile.

What is a vulnerability assessment in facility security?

A vulnerability assessment identifies weaknesses in physical security systems, processes, and infrastructure—such as access control gaps, CCTV blind spots, or procedural failures—that can be exploited by threats.

What standards does Elion follow for security risk assessments?

Elion follows globally recognised standards, including:

ISO 27001 (Clause 6.1 & Annex A.11)
NFPA 730 / 731
ASIS Security Risk Assessment Guidelines
ISO 31000 Risk Management
IEC 62443 (for industrial/OT environments)

What does a security risk assessment report contain?

A typical report includes:

Executive summary
Asset criticality matrix
Threat register
Vulnerability register
Risk scoring (likelihood × consequence)
Control effectiveness review
Gap analysis
Prioritised action plan

How long does a security risk assessment take?

Site visit: 1–3 days (per facility)
Analysis & report: 7–10 working days
Complex or multi-site assessments may take longer.

Who requires a security risk assessment?

It is typically required by:

ISO 27001 applicants
Manufacturing & industrial facilities
Corporate offices & IT parks
Hospitals & banks
Insurance-driven risk evaluations
Organisations after security incidents

Does Elion conduct security risk assessments across India?

Yes, Elion conducts assessments across India including Delhi NCR, Mumbai, Pune, Bengaluru, Hyderabad, Chennai, and other locations with in-house teams.

How much does a security risk assessment cost in India?

Costs vary depending on:

Facility size and complexity
Number of locations
Scope (basic vs detailed assessment)

Typical range: ₹50,000 to ₹3,00,000+ per facility.

Is a security risk assessment a compliance requirement for ISO 27001?

Yes. ISO 27001 (Clause 6.1) mandates a documented risk assessment process. It is a mandatory requirement for certification.

Can a security risk assessment be conducted for multiple facilities at once?

Yes. Multi-location assessments can be conducted under a structured program with standardised methodology and consolidated reporting.

What is the difference between a security risk assessment and a CCTV audit?

CCTV audit: Focuses only on surveillance system performance and coverage
Security risk assessment: Covers overall security including threats, vulnerabilities, assets, and all control systems

Does Elion provide implementation support after the security risk assessment?

Yes. Elion provides:
- Technical guidance
- Vendor-neutral recommendations
- Support for implementation planning
- Re-assessment and validation

How often should a security risk assessment be repeated?

Recommended frequency:

Every 1–2 years
After major changes (expansion, layout change, new operations)
After any security incident

Commission an Audit

Request an Independent Security Risk Assessment for Your Facility

Submit your facility details, sector, and assessment scope. Our team will review your requirements and provide a fixed-fee technical proposal within a defined period. Applicable for single facilities, multi-site portfolios, and ISO 27001 certification preparation programmes across India.

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