Citizen portal assessment
Multi-role testing across citizen, caseworker and administrative accounts, with eligibility logic and cross-access tested.
Industries · Government
Penetration Testing for Government & Public Sector Agencies
Government penetration testing for benefits portals, licensing systems, tax filing and records access — services that must be open to everyone by design, running on estates that were often built decades apart and connected later.
AIPTx tests them repeatedly rather than annually, and produces evidence written for the packages your authorising officials already require.
Industry Overview
Government cybersecurity overview
Government estates are the accumulated result of every technology decision made since computing arrived, and almost none of those decisions can be reversed.
A modern citizen-facing portal fronts a services layer, which fronts a records system built in a different era, which integrates with another agency's system under an arrangement documented in a memorandum rather than in code. Each layer was secured according to the assumptions of its own time, which is why government penetration testing has to reach all of them. Three characteristics shape security here.
The service cannot be selective about who reaches it.
A commercial platform can restrict access to customers. A benefits portal must be reachable by anyone eligible, from any device, often including people with limited digital access. Rate limiting and bot mitigation are constrained by an obligation to serve. Consequence is measured in trust as well as data. A breach of a citizen service is not only a data incident. It is a political event, and it damages participation in the service itself. Evidence is procedural. Authorisation packages, continuous monitoring obligations and audit cycles mean that security work which cannot be evidenced does not count, regardless of how good it was.
Security Challenges
Public sector security challenges
- R01
Legacy systems that cannot be replaced on a security timeline
Replacement programmes run for years and are funded politically. Security has to work with what exists, which means knowing precisely what exists.
- R02
Inter-agency integration
Data crosses organisational boundaries under agreements that predate current threat models. Each connection is a trust relationship, and the receiving system frequently assumes the sending one has already validated.
- R03
Identity and eligibility logic
Determining who someone is and what they are entitled to is the core function of many public services, and it is business logic, the class with no signature. Eligibility manipulation and status escalation are the abuses that matter here.
- R04
Large, poorly-inventoried external surfaces
Agencies accumulate domains, subdomains and services across programmes, campaigns and departments. Consolidation is rare. Assets outlive the programmes that created them.
- R05
Contractor and supply chain exposure
Much of the estate is built and operated by third parties, and the boundary of responsibility is often clearer in the contract than in the network.
- R06
Testing cadence set by budget cycles
Annual or biennial assessment against systems that receive continuous minor changes, with the gap covered by nothing.
How AIPTx Helps
How AIPTx tests government systems
- Stage 1
Repeatable assessment with a consistent methodology
The same penetration tests, the same depth, the same output format every run, which is what makes trend comparison meaningful across an authorisation period rather than a set of unrelated reports.
- Stage 2
NIST and CIS control mapping
Findings map to NIST and CIS alongside ISO 27001, SOC 2, GDPR, PCI DSS and HIPAA, with control assessment and gap analysis in the reports. For agencies whose authorisation frameworks are built on NIST control families, this is the mapping that does the work.
- Stage 3
Discovery before assessment
Reconnaissance enumerates subdomains, ports, services and endpoints and fingerprints what responds, which for a large agency estate typically surfaces services nobody has an owner for.
- Stage 4
Legacy systems assessed at the layer they expose
Internal network assessment via a Docker-deployed agent covers internal IP ranges and CIDR blocks: port and service detection, version detection, CVE matching, TLS posture and default credentials. Where a system cannot be changed, knowing its exact exposure is what lets compensating controls be placed accurately rather than generously.
- Stage 5
Eligibility and identity logic tested as logic
Business logic testing in Standard mode, with race conditions and complex multi-step chains in Deep mode. Multi-role configuration allows a citizen role, a caseworker role and an administrator role to be cross-tested against each other.
- Stage 6
Evidence built for a package
Every confirmed finding carries the exact HTTP request, the response proving it worked, and a reproducible curl command, with CVSS 3.1, a CWE class and control mapping. Status is tracked as open, fixed, accepted or false_positive, with attribution and timestamps, which is the form continuous monitoring obligations actually require.
Features & Solutions
Government penetration testing capabilities
NIST and CIS control mapping
Alongside ISO 27001, SOC 2, GDPR, PCI DSS and HIPAA, with gap analysis.
Compliance mappingAttack surface discovery
Subdomain and asset enumeration, service and version fingerprinting across large estates.
External attack surface managementInternal network assessment
Docker-deployed agent, outbound connectivity only, across IP ranges and CIDR blocks.
Vulnerability assessmentMulti-role authenticated testing
Citizen, caseworker, administrator, with bearer, basic, cookie, custom header and OAuth2/OIDC support.
Web application securityBusiness logic and access control testing
Eligibility manipulation, status escalation, IDOR, privilege escalation.
Autonomous pentestingAPI testing
REST via OpenAPI or Swagger, GraphQL with introspection, gRPC with proto files, for inter-agency and partner integrations.
API securityFinding lifecycle with attribution
Open, fixed, accepted, false_positive, each change carrying a person, a date and a reason.
Smart reportingFive export formats
PDF, HTML, JSON, CSV and SARIF, plus a REST API for feeding findings into an existing governance system.
IntegrationsBenefits
Benefits of continuous penetration testing for government
- Coverage between authorisation cycles
- Continuous monitoring obligations are easier to meet with continuous testing than with an annual report and a set of scans.
- Evidence in the shape the process expects
- Control mapping, gap analysis, attributed status history and trend comparison, generated per assessment.
- An honest inventory of a sprawling estate
- Discovery finds the services that outlived their programmes, which is usually where the unmaintained exposure sits.
- Legacy exposure quantified rather than assumed
- Precise knowledge of what an unchangeable system exposes allows proportionate compensating controls.
- Accepted risk recorded properly
- An attributed, dated acceptance is a governance artefact. It is also the answer when an auditor asks why a finding is still open.
- Cost that scales with estate, not with consultant days
- Which is what makes assessing the whole estate a realistic proposition rather than an aspiration.
Use Cases
Public sector penetration testing use cases
Estate-wide discovery
Enumerating the full external surface across departments and legacy programmes, then assessing what is found.
Pre-authorisation testing
A Deep assessment before an authorisation review, with NIST control mapping and retest history attached.
Continuous monitoring evidence
Scheduled assessment producing the ongoing testing record the obligation requires.
Inter-agency integration review
Assessing the API surface exposed to another agency or a contractor before enabling the connection.
Contractor deliverable verification
Independently assessing a system delivered by a supplier before acceptance.
FAQ
Government penetration testing FAQs
Do penetration testing results map to NIST & CIS controls?
Yes. Every confirmed finding is mapped to NIST and CIS controls, alongside ISO 27001, SOC 2, GDPR, PCI DSS and HIPAA, with control assessment and gap analysis in the report. The mapping is evidence for an authorisation package or an audit; it supports your compliance programme rather than certifying it.
Can we assess our legacy government systems without modification?
Yes. Internal assessment runs from a Docker-deployed agent that needs outbound connectivity only, sweeping internal IP ranges and CIDR blocks for ports, services, versions, CVEs, TLS posture and default credentials without installing anything on the systems being assessed. Where a legacy system cannot be changed, knowing its exact exposure is what lets compensating controls be placed accurately.
How does penetration testing support continuous monitoring obligations?
Continuous monitoring needs an ongoing testing record, not an annual report. Scheduled assessments run the same tests at the same depth every time, and every finding keeps an attributed status history (open, fixed, accepted or false positive), so trend comparison across an authorisation period is meaningful and the evidence already exists when it is asked for.
Can penetration test results feed into our existing GRC or risk register (Archer, ServiceNow)?
Yes. Findings export as PDF, HTML, JSON, CSV and SARIF, and a REST API feeds them into an existing governance system such as Archer or ServiceNow, so penetration testing results land in the risk register your agency already reports from.
Assess the whole estate, not the part that fits the budget
Consistent, repeatable testing with NIST control mapping and evidence written for the process you already run.
Scope verified before any test runs · Destructive actions off by default
Security testing for other sectors
Same engine, different threat model, different auditor. Each page covers the systems, regulations and attack paths that sector actually lives with.
Financial Services
Payment flows, lending decisions, account servicing, open banking APIs — the logic that handles money is the logic attackers study hardest. It is also the logic no signature database describes.
Financial Services Security TestingHealthcare
Patient portals, scheduling systems, clinical APIs, payer integrations: all of it holds data that carries a lifetime of consequence if it leaks, and much of it runs on systems that cannot be taken offline for a test.
Healthcare Security TestingManufacturing
Almost nobody breaks into a plant by attacking a controller. They arrive through a corporate account, a supplier portal, an ERP integration or an exposed remote access service, and then walk into a network that was designed for reliability, not for containment.
Manufacturing Security TestingRetail
The vulnerabilities that cost retailers money are rarely exotic. A discount that stacks when it should not. A price accepted from the client. A gift card balance that survives a concurrent request. A loyalty account reachable from another customer's session.
Retail Security TestingSaaS
Every enterprise deal arrives with a questionnaire, a SOC 2 request and someone technical asking when you last tested. Meanwhile you ship on Tuesday and again on Thursday, and the last pentest describes a product that has since changed twice.
SaaS Security TestingTelecom
A single authorisation flaw in a subscriber portal is not one exposed account. At operator scale it is a data set — and the same flaw in a provisioning API is an operational one.
Telecom Security TestingEducation
A department stood up a project site in 2019. A research group runs its own server. A faculty subdomain points at infrastructure that was decommissioned two years ago. None of it went through central IT, and all of it is reachable.
Education Security TestingLegal
Clients do not retain a firm because of its document management system. They retain it on the assumption that what they share stays privileged — and increasingly they audit that assumption before instructing.
Legal Security Testing