Rokad

Urgent stabilisation, ownership recovery, architecture triage, incident reduction, and controlled continuation

Software rescue services

Rokad rescues troubled software projects and production systems through rapid assessment, access recovery, stabilisation, risk control, and an executable continuation plan.

Designed for / 01

A focused delivery model for the organisations that need it.

Software rescue is required when a system is failing operationally, delivery has stalled, ownership has collapsed, or technical risk threatens the business. Rokad quickly establishes access and evidence, protects production, identifies critical failure modes, stabilises delivery, and defines whether to repair, modernise, replace, or retire.

01

Companies with unstable production software

Reduce incidents, data risk, failed releases, performance failures, and dependency on unavailable individuals.

02

Leaders inheriting a failed development engagement

Recover source, infrastructure, accounts, documentation, architecture, roadmap, and commercial control.

03

Teams facing a stalled or over-budget project

Determine what exists, what works, what remains, which assumptions failed, and the least-risk path forward.

Challenges / 02

The problems this service is built to solve.

01

Access and ownership are incomplete

Repositories, cloud, domains, stores, databases, vendors, secrets, certificates, analytics, and documentation may be controlled by others.

02

Urgency encourages unsafe changes

Teams patch production without evidence, backups, tests, rollback, monitoring, or understanding of downstream effects.

03

Stakeholders lack a trustworthy status

Reported completion, code quality, technical debt, scope, timeline, security, and production readiness are uncertain.

Capabilities / 03

What Rokad can deliver.

01

Emergency access, asset, source, environment, vendor, data, and ownership recovery

02

Production incident, security, backup, data, availability, and continuity triage

03

Code, architecture, dependency, infrastructure, deployment, and quality assessment

04

Scope, progress, defect, roadmap, team, delivery, and technical-debt reconstruction

05

Monitoring, rollback, release, test, backup, access, and documentation stabilisation

06

Critical fixes, performance, security, data, dependency, and infrastructure remediation

07

Repair, modernise, replace, re-team, transition, or retirement recommendation

Solution components / 04

The system behind the visible product.

01

Control recovery

Accounts, repositories, infrastructure, domains, stores, credentials, vendors, data, artefacts, contracts, and ownership.

02

Production protection

Backups, access, monitoring, incident command, change freeze, rollback, capacity, security, and continuity.

03

Technical truth

What exists, what works, failure modes, architecture, code, tests, dependencies, data, scope, readiness, and risk.

04

Continuation plan

Immediate fixes, stabilisation, roadmap, ownership, team, budget inputs, milestones, modernisation, replacement, or exit.

Use cases / 05

Where this capability creates practical leverage.

01

Production application stabilisation

Reduce incidents, protect data, restore safe releases, improve monitoring, and close critical dependencies and security risk.

02

Vendor or agency transition

Recover technical assets and knowledge, validate delivery claims, establish gaps, and transfer ownership.

03

Failed product-development recovery

Assess scope, code, architecture, design, infrastructure, quality, progress, and the credible path to launch.

04

Founder or key-engineer departure

Reconstruct system knowledge, access, operations, deployment, architecture, dependencies, and support procedures.

Architecture and integration / 06

Designed to fit the wider technology environment.

01

Stabilise before redesign

Protect production, data, access, releases, backup, and observability before introducing broad architectural change.

02

Evidence over reported progress

Validate working software, deployed environments, tests, source, integrations, data, acceptance criteria, and production behaviour directly.

03

Decision gates

Use explicit evidence to decide whether each component should be retained, repaired, isolated, replaced, or retired.

Quality and control / 07

Production requirements are part of the build.

01

Secure by design

Identity, permissions, secrets, data boundaries, dependencies, change controls, and recovery are addressed throughout delivery.

02

Observable operation

Metrics, logs, traces, quality, cost, failures, and service outcomes are made visible and actionable.

03

Reproducible delivery

Configuration, tests, infrastructure, pipelines, artefacts, changes, and recovery procedures are versioned and repeatable.

Delivery / 08

A controlled path from requirement to operation.

01

Discover

Clarify the objective, users, systems, constraints, dependencies, risks, and measurable acceptance criteria.

02

Architect

Define the target design, interfaces, controls, migration or delivery sequence, and operating model.

03

Deliver and validate

Implement in controlled increments with testing, review, documentation, observability, and stakeholder validation.

04

Operate and improve

Establish ownership, service controls, measurement, support, and a prioritised improvement backlog.

Typical deliverables

Emergency asset, access, production, data, vendor, and risk inventory
Code, architecture, delivery, quality, security, and readiness assessment
Immediate stabilisation, monitoring, backup, release, and access controls
Critical remediation and short-term continuity work
Repair, modernisation, replacement, transition, or retirement recommendation
Prioritised roadmap, ownership, milestone, runbook, and handover package

Engagement models / 09

Use the delivery structure that matches the work.

01

Assessment and roadmap

A bounded evidence review, target direction, prioritised risks, and executable next-stage plan.

02

Fixed-scope delivery

A defined implementation, migration, prototype, procurement, or transformation outcome with acceptance criteria.

03

Embedded specialists

Specialists working alongside internal product, engineering, data, operations, security, or procurement teams.

04

Managed lifecycle

Ongoing ownership, maintenance, monitoring, supplier coordination, reliability, security, and improvement.

FAQ

Software rescue services

Scope, ownership, assumptions, delivery, security, and long-term operation are clarified before work begins.

01

How quickly can Rokad begin a software rescue?

We can begin with available evidence and access immediately after commercial and security arrangements are in place, prioritising production and ownership risk first.

02

Can you rescue software with little documentation?

Yes. We reconstruct behaviour from source, infrastructure, databases, logs, users, operators, vendors, deployments, incidents, and production observation.

03

Will Rokad always recommend finishing the existing codebase?

No. We compare repair, selective replacement, modernisation, rebuild, vendor transition, and retirement based on evidence, risk, time, cost, and business value.

04

Can Rokad continue maintaining the system after rescue?

Yes. The rescue can transition into application maintenance, managed DevOps, modernisation, or a dedicated product-development engagement.

Managed technology services

Recover technical control before the system creates more business risk.

Rokad can establish the facts, protect production, stabilise the system, and define the most credible path forward.

Discuss a software rescue

Contact / 05

Bring us the difficult technology problem.

Tell us what you need to build, improve, procure, deploy, or operate. We will respond with a practical next step.

Direct email

sales@rokad.co

Response

Within one business day

Delivery

India and global

Your enquiry is delivered directly to the Rokad sales team. We normally respond within one business day.