A Citizen Initiative for Bengaluru

Every Signal Counts.
Every Fix Matters.

We are a citizen-driven organisation working to transform Bengaluru's traffic by fixing the simple, overlooked infrastructure problems that cost the city lakhs of productive hours every day.

Bengaluru Traffic — Every Junction Tells a Story

Real survey photo coming soon
4,500+
Traffic Signals in Bengaluru
38%
Signals with Timing Issues
₹5Cr
Daily Productivity Loss
72 min
Avg. Daily Commute Time
About Us

Fixing What Nobody Notices — Until It Fails

Infra Kaizen is a Bengaluru-based citizen organisation founded on a straightforward observation: much of the city's traffic chaos doesn't stem from a lack of roads or flyovers. It comes from small, fixable problems — a signal that stays red for 120 seconds on a road with no cross-traffic, a missing right-turn arrow, a faded lane marking at a busy junction, or a signboard hidden behind a tree.

These problems don't need crores of investment or years of planning. They need someone to notice them, document them, and push for a fix. That is what we do.

Our name comes from the Japanese philosophy of Kaizen — continuous improvement through small, incremental changes. We apply this to Bengaluru's traffic infrastructure, believing that hundreds of small corrections create a city-wide transformation no single mega-project can match.

"Bengaluru doesn't need more roads. It needs the roads it has to work properly. Every mismanaged signal, every missing sign, every faded lane marking — these are solvable problems. We just need to start solving them."

— The Infra Kaizen Founding Principle

Plant / survey photo placeholder

Vision & Mission

Where We're Headed

A clear destination and a practical path to reach it — the same discipline we bring to every junction we fix.

Our Vision

A Bengaluru where every citizen experiences a safe, efficient, and predictable commute — where traffic infrastructure works so well that it becomes invisible, and where the city's roads are a model for urban India.

Our Mission

To systematically identify, document, and resolve traffic infrastructure inefficiencies across Bengaluru — one signal, one junction, one road at a time — using the Kaizen philosophy of continuous, data-driven improvement, and empowering citizens to participate in the process.

Focus Areas

What We Work On

Every traffic problem has a root cause. We categorise and attack each one systematically.

Signal Management

Poorly timed signals, malfunctioning lights, missing signal heads, and uncoordinated signal corridors. We survey, document, and propose optimised timing plans based on actual traffic flow data.

Road Markings & Signage

Faded zebra crossings, missing lane markings, incorrect or hidden signboards, and absent speed indicators. Clear markings reduce accidents and confusion at a fraction of the cost of new construction.

Junction Redesign

Dangerous intersections, missing dedicated turn lanes, unscientific median openings, and bottleneck geometries. We propose low-cost redesigns that improve throughput without major civil work.

Citizen Awareness

Many traffic rules are broken not out of intent but ignorance — wrong lane usage, blocking intersections, ignoring pedestrian signals. We run campaigns that educate through practical demonstrations.

Policy Advocacy

Data-backed recommendations to BBMP, BTP, and DULT for systemic improvements — standard signal timing protocols, mandatory road audit frameworks, and adaptive signal control.

Data Collection & Analysis

Ground-level traffic surveys, signal cycle measurements, congestion heat-mapping, and before-after impact studies. Every recommendation we make is backed by data we collect at the junction.

The Problem

Why Bengaluru's Traffic Isn't Just About "Too Many Cars"

The daily chaos on our roads has specific, documentable causes — most of them fixable without a single new road being built.

01

Unscientific Signal Timing

Signals running on fixed timers set years ago, ignoring current traffic patterns. A road carrying 200 vehicles per cycle gets the same green time as one carrying 2,000.

02

Missing & Broken Infrastructure

Non-functional signals at critical junctions, missing pedestrian phases, broken countdown timers, and signal poles obscured by hoardings or trees.

03

Invisible Lane Discipline

Faded road markings mean drivers create their own lanes. A 4-lane road operates as a 6-lane free-for-all, cutting effective capacity by half.

04

Zero Citizen Feedback Loop

No structured mechanism for citizens to report signal faults or suggest improvements. Problems persist for months because nobody with authority knows they exist.

Our Approach

The Kaizen Cycle for Infrastructure

Borrowed from Toyota's legendary production system, applied to Bengaluru's streets. Four steps, repeated at every junction.

観
Kansatsu

Observe

Survey junctions during peak and off-peak hours. Measure signal cycle times, count vehicles per phase, identify conflict points.

→
析
Bunseki

Analyse

Root-cause analysis of each bottleneck. Is it signal timing? Missing infrastructure? Poor geometry? Separate symptoms from causes.

→
改
Kaizen

Improve

Propose practical, low-cost solutions. Present data-backed recommendations to traffic authorities with implementation plans.

→
維
Iji

Sustain

Monitor post-implementation. Measure actual improvement. Document before-and-after data. Feed learnings into the next cycle.

Blog & Insights

From the Field

Data-driven findings, survey reports, and insights from our on-ground work across Bengaluru's roads and junctions.

CCW?
30%
Signal Survey

30% of Bengaluru's Surveyed Traffic Signals Run Anticlockwise — Why This Breaks Traffic Flow

Our field survey of 70 traffic signals reveals a design flaw that silently jams traffic across the city every single day.

Infra Kaizen Team · October 2026
Read Full Article →
! IRC
<10%
Road Standards

Bengaluru's Roads Don't Follow Even 10% of Indian Road Congress Guidelines

We studied 30 roads — including the newly built SM Krishna Road. The results expose a systemic design failure at every level.

Infra Kaizen Team · October 2026
Read Full Article →
RULES
Policy

Government Asks Citizens to Follow 100% Rules — But Follows Less Than 10% of Its Own

A common man must adhere to every building norm. But the same government builds roads flouting its own Indian Road Congress codes. Where is the accountability?

Infra Kaizen Team · October 2026
Read Full Article →
Our Team

The People Behind Infra Kaizen

Engineers, urban planners, and everyday citizens united by a shared frustration — and a belief that Bengaluru deserves better.

VK

Founder Name

Founder & Director

Brief bio will be updated here.

CF

Co-Founder Name

Co-Founder & Operations

Brief bio will be updated here.

TA

Advisor Name

Technical Advisor

Brief bio will be updated here.

Bengaluru's Traffic Won't Fix Itself.
But We Can Fix It — Together.

Whether you're an engineer, a daily commuter, a student, or simply a citizen who's had enough — there's a role for you.

Signal Survey — Field Report

30% of Bengaluru's Surveyed Traffic Signals Run Anticlockwise — Why This Breaks Traffic Flow

By Infra Kaizen Team · October 2026 · 8 min read

Introduction

When you sit at a traffic signal in Bengaluru and watch the sequence of green lights move from one direction to the next, you might not think much about the order. Green for north, then east, then south, then west — does the sequence matter? Our field survey says: absolutely, yes. The direction in which a signal cycles through its phases has a direct and measurable impact on how freely traffic moves.

Infra Kaizen conducted a ground-level survey of 70 traffic signals across Bengaluru — from busy arterial junctions in Koramangala and Rajajinagar to suburban intersections in Yelahanka and Kengeri. What we found was surprising and troubling: more than 30% of these signals were running their phase sequence in an anticlockwise direction.

What Does "Clockwise" vs "Anticlockwise" Mean for a Traffic Signal?

Imagine a standard four-way junction viewed from above. In a clockwise signal sequence, the green phase moves in the order: North → East → South → West (when viewed from above, this rotates clockwise around the junction). In an anticlockwise sequence, it moves in the reverse order: North → West → South → East.

India drives on the left side of the road. At any junction, vehicles turning left can typically do so freely or with minimal conflict. It is the straight-going and right-turning traffic that depends most on signal phases. In a properly designed clockwise signal sequence, when the signal for one arm turns red, the vehicles on that arm that want to go straight or turn left can still clear the junction safely because the next arm to get green is the one coming from their left — there is no direct conflict.

In simple terms: in a right-hand driving country like India, a clockwise signal rotation gives left-turning vehicles a natural window to clear the junction as the signal changes. An anticlockwise rotation does exactly the opposite — it creates conflict where there should be free flow.

Our Survey Findings

Out of 70 signals surveyed:

Multiply 20 extra seconds by hundreds of vehicles across 21 junctions, repeated every signal cycle throughout the day — the cumulative productive time lost is enormous.

Root Cause: Design Failure, Not Intention

Why do 30% of signals run anticlockwise? We investigated, and the answer is both simple and frustrating: it is a design and configuration oversight. There is no deliberate engineering reason to run an anticlockwise sequence in India. When signal controllers are programmed or replaced, the phase sequence is often set up without considering the relationship between signal direction and driving side. In some cases, the original clockwise sequence was correct, but when the signal controller was replaced or repaired, the technician simply wired or programmed the phases in an arbitrary order.

No one checked. No one reviewed. No standard operating procedure mandated that the sequence be clockwise. And so, 30% of our surveyed signals silently jam traffic, day after day, year after year.

Solutions — Using Toyota PDCA Approach:

Plan: BTP and BBMP should issue a mandatory guideline that all traffic signals in Bengaluru (and Karnataka) must follow a clockwise phase sequence. This is a simple configuration change, not a hardware replacement.

Do: Train all signal maintenance technicians on the correct phase direction. Create a standard checklist — every time a signal controller is installed or repaired, the phase direction must be verified and signed off.

Check: Conduct a city-wide audit of all 4,500+ signals. Identify every anticlockwise signal and flag it for correction. This can be done in a phased manner — zone by zone.

Act: Make this a permanent standard. Include phase direction verification in the annual signal maintenance contract. Publish the audit data so citizens can track which junctions have been corrected.

This is not a problem that needs crores of rupees or years of construction. It needs awareness, a simple rule, and the will to enforce it. Every anticlockwise signal corrected is an immediate improvement in traffic flow — no new road needed.

Road Standards — Field Study

Bengaluru's Roads Don't Follow Even 10% of Indian Road Congress Guidelines

By Infra Kaizen Team · October 2026 · 10 min read

Introduction

The Indian Road Congress (IRC) is the apex body for road engineering standards in India. Founded in 1934, it publishes detailed guidelines — known as IRC codes — covering everything from road geometry and lane widths to footpath design, drainage, signage, speed tables, junction layout, and traffic calming. These are not suggestions. They represent decades of engineering research, accident analysis, and best practice from around the world, adapted for Indian conditions.

Every road built with government funding in India is supposed to follow IRC guidelines. The Government of India, through the Ministry of Road Transport and Highways, has made IRC codes the standard reference for all road design and construction. State governments, BBMP, BDA, and every road-building agency in Karnataka are expected to comply.

Infra Kaizen set out to answer a simple question: Do Bengaluru's roads actually follow IRC guidelines?

Our Study: 30 Roads, One Shocking Finding

We studied 30 roads across Bengaluru — a mix of arterial roads, sub-arterial roads, collector roads, and recently developed corridors. For each road, we checked compliance against key IRC parameters:

The result: not a single road in our sample followed even 10% of the applicable IRC guidelines correctly. On average, compliance was around 5-8%. Some roads scored as low as 2%.

Case Study: SM Krishna Road (Bengaluru Business Corridor)

The SM Krishna Road is one of Bengaluru's newest arterial corridors — a 10.7-kilometre, signal-free road connecting Mysore Road to Magadi Road, inaugurated in 2026 and officially named the Bengaluru Business Corridor. It was built with significant public investment and high expectations.

We expected this newly built road to be a showcase of modern road engineering. Instead, our survey found:

Even a road completed in 2026, built from scratch with fresh design and fresh construction, does not follow even 10% of IRC guidelines. This tells us the problem is not about old roads or legacy infrastructure. It is a systemic design failure.

Root Cause: Engineers Not Trained, No Compliance Audit

Why does this happen? Using the Toyota Business Practice (TBP) approach, we broke the problem into smaller parts:

Solutions — A Practical Path Forward:

1. Mandatory IRC Training: Every road design engineer working on government projects in Karnataka should be required to complete an IRC certification. IRC itself offers training programmes. Make this a prerequisite for any road design tender.

2. Pre-Construction IRC Compliance Checklist: Before any road design is approved for construction, it must clear a mandatory IRC compliance checklist — at least 80% compliance on key parameters (lane widths, markings plan, signage plan, pedestrian facilities, junction geometry). No approval without this.

3. Independent Post-Construction Audit: After construction, an independent body (not the contractor, not the awarding agency) should audit the road against IRC codes. Deviations should be flagged and corrected within a defined timeline.

4. Public Compliance Scorecard: Publish the IRC compliance score of every newly built road. Let citizens see how their roads score. Transparency creates accountability.

5. Long-Term Vision: This will not fix Bengaluru's roads tomorrow. But if implemented consistently, within 10-15 years, every new road in the city would meet basic engineering standards. The roads we build today would actually work — reducing accidents, improving traffic flow, and saving lives. This is better than the current approach of building bad roads quickly and then spending crores to fix them.

Policy & Accountability

Government Asks Citizens to Follow 100% of Rules — But Follows Less Than 10% of Its Own Road Standards

By Infra Kaizen Team · October 2026 · 7 min read

Introduction

If you are a citizen of Bengaluru and you want to build a house, you know the drill. You need approved building plans from BBMP or BDA. Your setbacks must match the zoning rules to the centimetre. Your floor-area ratio cannot exceed the limit. You need a completion certificate, an occupancy certificate, and inspections at every stage. Violate even a minor norm and you risk demolition notices, fines, or denial of water and electricity connections.

The message from the government is clear: follow 100% of the rules.

Now look at how the same government builds roads.

The Double Standard

India has a comprehensive set of road engineering standards published by the Indian Road Congress (IRC). These cover everything a road needs — lane widths, marking standards, sign placement, pedestrian facilities, junction design, drainage, and speed management. These are not theoretical guidelines. They are the official standards that every government road project is supposed to follow.

Our study of 30 roads in Bengaluru found that not one follows even 10% of IRC guidelines correctly. Even the SM Krishna Road — a brand-new corridor opened in 2026 — fails to meet basic IRC standards for lane markings, signage, and pedestrian crossings.

Let that sink in: the government enforces building norms on every citizen's house with the full force of law. But when the government builds roads — using public money, for public use, where safety is literally a matter of life and death — it follows less than 10% of its own engineering standards.

Why This Matters

Poorly designed roads are not just an inconvenience. They kill people. India loses over 1.7 lakh lives every year to road accidents — more than any other country in the world. A significant portion of these accidents trace back to road design failures: missing lane markings that cause head-on collisions, absent pedestrian crossings that force people to run across six-lane roads, junctions designed without proper turning radii that create blind spots.

These are not acts of god. They are acts of poor design. And poor design is what happens when standards exist on paper but nobody enforces them.

Root Cause: No Rule Mandating Self-Compliance

The root cause is structural. There is no rule — no law, no regulation, no government order — that requires government road-building agencies to prove compliance with IRC codes before and after construction. There is no audit. There is no penalty for non-compliance. There is no accountability mechanism.

Compare this with building construction: the Karnataka Town and Country Planning Act, BBMP building bye-laws, and BDA norms all have detailed compliance requirements, inspection processes, and penalty provisions. The enforcement may not be perfect, but the framework exists and is actively used.

For road construction? Nothing equivalent exists.

What Needs to Change:

1. Government should hold itself to the same standard: If a citizen must follow 100% of building norms, the government should follow at least 80% of IRC norms for every road it builds. Make this a formal requirement in every road construction tender and contract.

2. Create an IRC compliance law: Karnataka should pass a government order (GO) mandating that every road project exceeding a certain budget must demonstrate IRC compliance through an independent audit — before the final payment is released to the contractor.

3. Train the engineers first: Engineers designing roads should be required to pass an IRC proficiency test. You cannot expect compliance with standards that the designers themselves have never read.

4. Publish compliance scores: Every road's IRC compliance score should be publicly available. If citizens can look up building plan violations, they should be able to look up road design violations too.

5. Be patient, but start now: Fixing every road in Bengaluru will take 10-15 years of consistent effort. But the point is not to fix everything tomorrow morning — the point is to stop building bad roads today. Every new road that follows IRC standards is a road that will work for decades. Every road that doesn't is a road we'll spend crores fixing later.

The principle is simple: if you make rules, follow them yourself first. The government that demands 100% compliance from its citizens should demonstrate at least basic compliance with its own engineering standards. Until then, the double standard speaks louder than any infrastructure promise.