01Responsibilities designed around real risk

Software Security, Hosting & Deployment in Afghanistan

Define secure development, access, data protection, hosting, backups, recovery, monitoring and operational responsibilities for an enterprise system.

SVCService profile

A clear path from scope to handover.

Engagement
Data, threat, infrastructure and responsibility discovery
Delivery
Risk-based controls, evidence and acceptance tests
Handover
Documented ownership for access, hosting, backup, recovery and response
Security requirementsAccess controlHosting architectureBackup & recoverySecure releasesIncident readiness

Security is a system of responsibilities, not a badge

Software security depends on the data, users, threats, deployment environment, integrations and operating responsibilities of the actual project. Fida Technologies can design and document controls for an approved scope, but this page does not claim a certification, guarantee that software is vulnerability-free or replace the client’s legal, regulatory and risk decisions.

Security requirements and risk boundaries

Discovery should identify sensitive data, privileged actions, external users, locations, devices, availability needs, integrations, retention, recovery and incident responsibilities. Security acceptance criteria belong in the requirements and test plan rather than being added after development.

Secure development and change control

  • Controlled source repositories, branches and authorized contributors
  • Review of material code and configuration changes
  • Separate development, testing and production environments
  • Dependency, secret and configuration management
  • Automated and manual testing appropriate to project risk
  • Recorded releases, rollback planning and approved deployment

Controls must be proportionate and verifiable. A tool result is evidence for review, not proof that every security risk has been removed.

Identity, permissions and privileged access

Access should follow named roles and real responsibilities. The design can include strong authentication, least-privilege permissions, approval boundaries, session controls, restricted administration, access history and periodic review. The organization must identify who authorizes, reviews and removes access.

Data protection, ownership and retention

The project should document the data owner, permitted use, classification, storage locations, exports, retention, deletion, backup ownership and handover or exit requirements. Encryption in transit, protected credentials and storage controls may be included according to the architecture. Encryption does not correct excessive access or poor operational handling by itself.

Cloud, private hosting and on-premise options

An approved cloud, private-hosting, on-premise or hybrid model can be assessed. The decision should consider connectivity, data sensitivity, internal IT capacity, uptime, physical security, patching, monitoring, backup, recovery, cost, scalability and integration. Responsibilities must be allocated among Fida, the client and any hosting or infrastructure provider.

Backups, recovery and continuity

A backup is useful only when its scope, frequency, retention, protection, owner and restoration process are known. Recovery planning should identify acceptable data loss and downtime, dependencies, communication, verification and fallback procedures. Restoration tests should be scheduled according to the agreed risk and service model.

Monitoring, incidents and maintenance

The operational plan can define log sources, alerts, availability checks, dependency updates, vulnerability handling, escalation, evidence preservation, communication and post-incident review. Response and restoration targets apply only when they are written into an approved support or SLA agreement.

Integrations and third-party services

Every API, payment service, identity provider, device or external platform introduces permissions, credentials, data transfer, availability and change dependencies. The interface design should state authentication, permitted fields, validation, duplicate protection, error handling, reconciliation, monitoring and the support owner on each side.

Security verification and acceptance

Testing may cover authentication, authorization, validation, sensitive actions, logging, session behavior, backups, restoration, configuration and representative abuse cases. Independent review or specialist testing can be scoped where the buyer requires it. Findings need severity, ownership, treatment and acceptance—not only a scan report.

Request a security and deployment assessment

Share the system purpose, user groups, data categories, locations, current infrastructure, integrations, uptime expectations, internal IT capability and procurement requirements. Fida can then propose an architecture and responsibility matrix for review.

02Direct answers

Frequently asked questions.

Clear, practical answers about the service, implementation and fit.

01Does Fida guarantee that software has no vulnerabilities?

No responsible provider can guarantee that. Fida can define risk-based practices, testing, maintenance and response responsibilities for the approved scope, while findings and residual risk remain subject to review.

02Can the system be hosted on-premise?

It can be assessed. The decision depends on infrastructure, physical and network security, internal IT capacity, updates, monitoring, backup, recovery, availability and integration requirements.

03Who is responsible for backups?

The signed architecture and support terms should name who creates, monitors, protects, retains, tests and restores each backup. Responsibility must not be assumed from the hosting label alone.

04Can security requirements be included in an RFP response?

Yes. Requirements can be mapped to the proposed control, evidence, responsible party, dependency, test and any limitation or deviation. Certifications are stated only when current evidence exists.

05Can an independent security test be arranged?

It can be separately scoped when required. The tester, access, environment, method, timing, confidentiality, remediation and retest responsibilities must be agreed.

06Is cloud automatically more secure than on-premise hosting?

No. Either model can fail when responsibilities and controls are weak. The appropriate choice depends on verified risk, capability, architecture, provider terms and operational discipline.