
A fragmented system rebuilt into a powerful, unified platform
A fragmented system rebuilt into a powerful, unified platform
A fragmented system rebuilt into a powerful, unified platform


Industry
Construction Technology (ConTech) Industry
Construction Technology (ConTech) Industry
Headquarters
United Kingdom
United Kingdom
Company Size
10-50 Employees
10-50 Employees
Services
Construction Compliance Platform
Construction Compliance Platform
Right to Work Management
Right to Work Management
Worker Monitoring & Access Control
Worker Monitoring & Access Control
Health & Safety Compliance
Health & Safety Compliance
Regulatory Risk Reduction
Regulatory Risk Reduction
Website
About PPAC
PPAC delivers a construction compliance platform designed to help organisations confidently manage workforce compliance in highly regulated environments. Built for the realities of the construction industry, PPAC enables end-to-end worker monitoring across sites, contractors, and supply chains. The platform helps organisations manage Right to Work, health and safety, and skills compliance in one centralised system. By providing real-time visibility into workforce status, PPAC supports inspection readiness, reduces regulatory risk, and simplifies compliance processes for project teams and compliance managers alike.
PPAC combines digital identity verification, compliance tracking, and reporting tools to ensure that only authorised, qualified, and compliant workers are on site. This enables construction businesses to meet regulatory obligations with confidence, protect workers, and maintain operational continuity across complex projects. With a focus on accountability, transparency, and ease of use, PPAC empowers organisations to move beyond manual processes and spreadsheets—creating a safer, more compliant construction workforce.
PPAC delivers a construction compliance platform designed to help organisations confidently manage workforce compliance in highly regulated environments. Built for the realities of the construction industry, PPAC enables end-to-end worker monitoring across sites, contractors, and supply chains. The platform helps organisations manage Right to Work, health and safety, and skills compliance in one centralised system. By providing real-time visibility into workforce status, PPAC supports inspection readiness, reduces regulatory risk, and simplifies compliance processes for project teams and compliance managers alike.
PPAC combines digital identity verification, compliance tracking, and reporting tools to ensure that only authorised, qualified, and compliant workers are on site. This enables construction businesses to meet regulatory obligations with confidence, protect workers, and maintain operational continuity across complex projects. With a focus on accountability, transparency, and ease of use, PPAC empowers organisations to move beyond manual processes and spreadsheets—creating a safer, more compliant construction workforce.


The Challenge
The Challenge
The Challenge
The platform consisted of multiple independently configured WordPress sites, one per client, leading to inconsistent behaviour, security risks, and high maintenance overhead. This fragmented architecture created operational inefficiencies, limited scalability, and prevented the introduction of modern features such as facial recognition, passport chip verification, enhanced reporting, and improved induction workflows.
The Solution
The Solution
The Solution
Talink delivered a full transformation programme, modernising PPAC’s product and technical foundation.
Talink delivered a full transformation programme, modernising PPAC’s product and technical foundation.
1
Stabilised the legacy WordPress ecosystem
Stabilised the legacy WordPress ecosystem
Stabilised the legacy WordPress ecosystem
Took ownership of the fragmented setup and delivered quick tactical fixes so PPAC could meet immediate client needs.
2
Rebuilt PPAC as a unified platform
Rebuilt PPAC as a unified platform
Rebuilt PPAC as a unified platform
Delivered a full greenfield system using AWS, Node.js/Typescript, Flutter, and MongoDB to create a scaleable, secure multi-tenant SaaS foundation.
3
Enabled advanced verification capabilities
Enabled advanced verification capabilities
Integrated facial recognition, passport/ID chip checks, and automated validation flows through a unified service architecture.
4
Migrated all clients onto the new platform
Migrated all clients onto the new platform
Consolidated disparate WordPress sites into one standardised product, allowing PPAC to operate as a true SaaS solution.
3
Enabled advanced verification capabilities
Enabled advanced verification capabilities
Integrated facial recognition, passport/ID chip checks, and automated validation flows through a unified service architecture.
4
Migrated all clients onto the new platform
Migrated all clients onto the new platform
Consolidated disparate WordPress sites into one standardised product, allowing PPAC to operate as a true SaaS solution.


The Benefits
The Benefits
Modern cloud-native, multitenant architecture that supports long-term innovation.
Modern cloud-native, multitenant architecture that supports long-term innovation.
Removed dozens of bespoke WordPress sites and reduced manual, per-client configuration.
Removed dozens of bespoke WordPress sites and reduced manual, per-client configuration.
Unified backend improves governance, data protection, security, and consistency across clients.
Unified backend improves governance, data protection, security, and consistency across clients.
All clients use the same core platform, with configuration instead of divergent code.
All clients use the same core platform, with configuration instead of divergent code.
Advanced verification flows (e.g., facial recognition, chip reading) enabled by modern architecture.
Advanced verification flows (e.g., facial recognition, chip reading) enabled by modern architecture.
Scalable, standardized platform opens new markets and strengthens competitive positioning.
Scalable, standardized platform opens new markets and strengthens competitive positioning.