Transformation at Scale.
Measured in Real Outcomes.

A state revenue department managed land records dating back over 150 years — entirely on paper, distributed across thousands of village-level offices. The result was rampant land fraud, an estimated 60% of civil court cases related to land disputes, and mutation processes that took an average of 45 days. Smallholder farmers could not access credit because their land tenure was unverifiable.

Terracis deployed a state-wide Land Information System integrating GIS satellite imagery, physical survey data, and digitized historical records into a tamper-proof, government-hosted database. A citizen self-service portal allowed online mutation requests, document access, and fee payment. 1,800+ village revenue officers were trained and onboarded to the system in a phased 18-month rollout.

GIS (ESRI ArcGIS + OpenLayers), Oracle Database, Java Spring microservices, React citizen portal, mobile survey application, PKI digital signatures for record authenticity.

A rapidly growing Gulf city of 2 million residents was managing traffic, utilities, public safety, and emergency response through separate, siloed systems operated by different departments. Incident response times were high, energy waste was significant, and the city lacked any real-time operational awareness across its infrastructure.

Terracis and Quantela jointly designed and deployed a 24/7 Integrated Command & Control Center (ICCC) — a unified nerve center for city operations. Quantela's AI platform integrated feeds from 4,200+ sensors, 1,100 CCTV cameras, traffic management systems, utility meters, and emergency services into a single real-time city intelligence dashboard. AI-based anomaly detection automatically escalates incidents to duty officers.

Quantela Urban Intelligence Platform, IoT edge computing nodes, NVIDIA GPU-based video analytics, Cisco networking infrastructure, Azure Government Cloud, LoRaWAN sensor network, GIS-based situational awareness layer.

A national government was delivering 300+ public services through physical counters, each run by different departments with no shared data, no common application tracking, and no unified payment system. Citizens made an average of 4 visits per service request. Corruption and informal fee collection were endemic.

Terracis designed and deployed a National Citizen Services Platform — a mobile-first, multi-lingual portal integrating all 320 services from 22 government departments under a single login, payment gateway, and application tracking system. An AI chatbot (available in 4 languages) handled over 60% of citizen queries without human intervention. Back-office workflow automation reduced manual processing at each department.

React Native mobile app, Node.js microservices, PostgreSQL + Redis, API gateway for 22 dept integrations, NLP chatbot (multilingual), national digital identity federation, PCI-DSS compliant payment gateway.

An urban water utility serving 1.4 million residents was losing over 42% of its treated water to leakage, illegal connections, and meter inaccuracy (non-revenue water). Manual meter reading took 6 weeks per cycle and was prone to manipulation. The utility faced a growing financial crisis driven by revenue loss and infrastructure underinvestment.

Terracis deployed an IoT-based smart water monitoring network — 2,800 pressure sensors and automated meter reading (AMR) devices across the distribution network, connected to a real-time leak detection and network analytics platform. Predictive AI models identified high-probability leak zones, enabling targeted maintenance before failures occurred. A digital billing and mobile payment system replaced cash collections.

A state urban development authority overseeing 14 cities had no unified view of urban performance. Data from traffic systems, property registrations, building permits, water utilities, and solid waste management sat in 60+ disparate systems, making evidence-based urban planning nearly impossible. Policy decisions were made on data that was months or years out of date.

Terracis built a Unified Urban Data Platform — a government data lake that ingested, harmonized, and analysed data streams from all 14 cities in real time. Executive dashboards provided SDG-linked urban performance metrics to senior officials. Predictive analytics flagged infrastructure stress, demographic pressure, and service delivery gaps proactively. A city benchmarking module enabled peer learning across municipalities.