CASE STUDY PLACEHOLDER
CS-01
ARCHITECTURE DIAGRAM
- THE PROBLEM — PENDING
- THE CONTEXT — PENDING
- THE ENGINEERING CHALLENGE — PENDING
- THE ARCHITECTURE — PENDING
INTERLIQ
SOFTWARE ENGINEERING
WE ENGINEER
WHAT COMES NEXT.
TECHNOLOGY BEYOND LIMITS
01TECHNOLOGY UNIVERSE
SIX NODES.
ONE ENGINEERING SYSTEM.
INTERLIQ is a place where problems enter and engineered digital systems emerge. Explore the environment.
Six capability nodes: INTELLIGENCE · SOFTWARE · DATA · SYSTEMS · AUTOMATION · LABS
SELECT A NODE TO REVEAL THE CAPABILITY · SELECT THE iQ MARK TO RETURN
02 / THE CENTRAL IDEA
PROBLEMS
ARE OUR STARTING POINT.
NOT SOFTWARE.
NOT AI.
NOT TECHNOLOGY.
THE PROBLEM.
TECHNOLOGY IS THE TOOL.
ENGINEERING IS THE PROCESS.
ENGINEERING SEQUENCE
- 01PROBLEM
- 02UNDERSTAND
- 03ARCHITECT
- 04PROTOTYPE
- 05ENGINEER
- 06INTEGRATE
- 07DEPLOY
- 08IMPROVE
03PROBLEM ENGINE
WHAT SHOULD
TECHNOLOGY DO?
Describe a problem. INTERLIQ outlines a conceptual system architecture from recognised engineering patterns.
EXAMPLES
04ENGINEERING CANVAS
WHAT WE BUILD
Software systems are not products in isolation. Select a category to see the components it depends on.
SYSTEM RELATIONSHIPS
AI SYSTEMS
Bounded intelligent components embedded inside operational systems.
DATACONNECTED
APIsCONNECTED
USERSIDLE
AICONNECTED
DATABASESCONNECTED
CLOUDIDLE
SECURITYCONNECTED
WORKFLOWSIDLE
AI SYSTEMS → DATA · APIs · AI · DATABASES · SECURITY
05WORK
ENGINEERING
IN PRACTICE.
Case studies are published only once real project information and verified measurements are available.
CASE STUDY PLACEHOLDER
CS-02
DASHBOARD CAPTURE
- THE PROBLEM — PENDING
- THE CONTEXT — PENDING
- THE ENGINEERING CHALLENGE — PENDING
- THE ARCHITECTURE — PENDING
CASE STUDY PLACEHOLDER
CS-03
INTERACTIVE DEMONSTRATION
- THE PROBLEM — PENDING
- THE CONTEXT — PENDING
- THE ENGINEERING CHALLENGE — PENDING
- THE ARCHITECTURE — PENDING
06TECHNOLOGY MATRIX
A LIVING ARCHITECTURE MAP
Technologies are components of systems rather than isolated products. Select an area to illuminate its relationships.
INTERLIQ ENGINEERING
07SECTOR EXPLORATION
WHERE CAN
TECHNOLOGY CHANGE THINGS?
POTENTIAL APPLICATIONS
MEDIA
- Verification
- Content intelligence
- Audience analytics
- Workflow automation
- Information monitoring
These are examples of potential applications, not implemented projects.
08EXPERIMENTAL ENVIRONMENT
INTERLIQ LABS
EXPLORING WHAT TECHNOLOGY CAN DO NEXT.
EXP-001
IDEA
Placeholder research question — to be defined.
TECHNOLOGY — Placeholder technology stack
LAST UPDATE — PENDING
EXP-002
RESEARCH
Placeholder research question — to be defined.
TECHNOLOGY — Placeholder technology stack
LAST UPDATE — PENDING
EXP-003
EXPERIMENT
Placeholder research question — to be defined.
TECHNOLOGY — Placeholder technology stack
LAST UPDATE — PENDING
EXP-004
PROTOTYPE
Placeholder research question — to be defined.
TECHNOLOGY — Placeholder technology stack
LAST UPDATE — PENDING
EXP-005
TESTING
Placeholder research question — to be defined.
TECHNOLOGY — Placeholder technology stack
LAST UPDATE — PENDING
09 / PHILOSOPHY
WE DON'T START
WITH TECHNOLOGY.
WE START
WITH THE PROBLEM.
WE DON'T ADD AI
BECAUSE IT IS FASHIONABLE.
WE USE IT
WHEN IT CREATES VALUE.
WE DON'T BUILD
FOR THE DEMO.
WE ENGINEER
FOR THE REAL WORLD.
INTERLIQ
TECHNOLOGY BEYOND LIMITS.
10 / ABOUT
INTERLIQ
INTERLIQ Software Engineering is a technology engineering company focused on designing intelligent digital systems around real organisational and societal problems.
Our work sits at the intersection of software engineering, artificial intelligence, data, automation and systems architecture.
- 01
UNDERSTAND DEEPLY
- 02
ENGINEER DELIBERATELY
- 03
BUILD RESPONSIBLY
11 / START SOMETHING.
WHAT ARE YOU
TRYING TO SOLVE?
01
DESCRIBE THE OBJECTIVE
02
IDENTIFY THE CONSTRAINT
03
MAP THE USERS
04
ASSESS THE DATA
05
DEFINE SUCCESS