GIS connects business consulting, technology delivery and applied research. Explore support for understanding a challenge, designing an approach and putting useful systems into practice.
ExploreDesigning systems with resource use in mind
PerspectiveGIS Editorial
A GIS perspective on measurable, responsible delivery
Designing systems with resource use in mind
PerspectiveGIS Editorial
A GIS perspective on measurable, responsible delivery
PerspectiveGIS Editorial
Explore business and public-service challenges through the people, information and systems that shape each sector.
ExploreDesigning systems with resource use in mind
PerspectiveGIS Editorial
A GIS perspective on measurable, responsible delivery
PerspectiveGIS Editorial
PerspectiveGIS Editorial
GIS perspectives on business change, engineering and responsible technology. Practical questions, explicit assumptions and ideas to examine.
ExploreDesigning systems with resource use in mind
PerspectiveGIS Editorial
A GIS perspective on measurable, responsible delivery
PerspectiveGIS Editorial
PerspectiveGIS Editorial
PerspectiveGIS Editorial
A GIS perspective on measurable, responsible delivery
PerspectiveGIS Editorial
Explore GIS services, research and perspectives
Designing systems with resource use in mind
PerspectiveGIS Editorial
A GIS perspective on measurable, responsible delivery
Connecting business decisions with technical delivery
PerspectiveGIS Editorial
From the initial question to an implementable plan
Putting technology change into practice
PerspectiveGIS Editorial
Plan the change around people, systems and measurable outcomes
We investigate emerging technologies, operating models and intelligent systems before they become conventional.
Research becomes valuable when it changes what an organisation can do. Our work connects exploration with prototypes, prototypes with operating environments, and operating environments with measurable outcomes.
We examine emerging technologies, policy, markets, organisations and behavioural shifts to identify developments worth investigating.
We turn observations into testable questions, challenging established operating models and assumptions about what technology should do.
Concepts become interfaces, models, workflows, simulations and working prototypes that can be interrogated rather than merely discussed.
We test performance, usability, resilience, economics, governance and operational viability against realistic conditions.
Research that survives experimentation can move into client environments, new products, ventures or reusable GiS capabilities.
Agentic systems, machine reasoning, multimodal intelligence, decision support and human-AI collaboration.
↗New architectures, connected platforms, intelligent workflows and the infrastructure behind digital organisations.
↗Public-service redesign, digital government, administrative intelligence and technology-enabled public infrastructure.
↗Operating models, automation, distributed decision systems and new relationships between people, software and organisations.
↗Cyber resilience, identity, AI governance, assurance, privacy and responsible intelligent systems.
↗Testing emerging markets, product concepts and technologies that may become independent ventures.
↗Exploring systems capable of interpreting goals, planning work, using tools, interacting with enterprise systems and escalating decisions to humans.
Investigating how connected data, automation and decision intelligence could enable services to respond earlier rather than waiting for demand.
Creating operational intelligence layers capable of understanding workflows, exceptions, performance and emerging risk continuously.
Testing product-market assumptions, technical feasibility and operating economics before promising concepts enter the venture-building pipeline.
A functioning prototype often answers more questions than another hundred slides.
Experiments are designed to reveal weak assumptions early, while changing direction remains inexpensive.
Technology is investigated alongside people, economics, institutions, regulation and operations.
Greater machine capability increases the importance of deliberate accountability and human judgement.
Useful discoveries should escape the laboratory and become capabilities, products or companies.
We work with organisations, public institutions, founders and technology partners on questions that require investigation before they require procurement.
START A
Welcome to
General Intelligent Systems
To view content specific to your region, please type your location in the search box.
