Our Client is India’s fastest-growing cryptocurrency exchange, rapidly scaling its engineering processes to drive faster, build higher‑quality delivery in a volatile market, and was struggling to keep up with a structured approach for sustainable development and inter-team hastles. With teams distributed across the country, crypto still considered as an unorganized market with frequent regulatory changes, and competitive customer expectations due to volatility and faster returns on investment, they required Agile transformation to bring harmony in their environment which is fully remote, technology-led startup.
NextAgile Consulting partnered with them to:
Understand the current flow
Identify their bottlenecks
Carefully select the pilot project to initiate the change
Once we managed to contain success then we scaled Agile practices across 7 more teams which were catering the core components of their platform i.e. crypto exchange.
Through role-based coaching, continuous inspect and adapt loops, just-enough tool optimization, and cultural embedding of Agile mindset, the firm achieved uniform Agile maturity within and across the teams, improved estimation errors, predictable delivery within iterations & committed releases, and reliable product quality. This transformation built around fluidity of work across teams which demands self-managing traits, data-driven decision making with a strong sense of empiricism powering confidence in an industry which was a new territory not just for us but the entire market.
1. Problem Definition
Client Context:
A dynamic crypto exchange startup which was the first of its kind in the Indian market which is seeing the flush of money from millennials and Gen Z, pushing the boundaries of financial technology in India. The expectation was pretty precise in terms of business continuity – fast innovation, real-time features, and minimal downtime were mission-critical.
Entirely remote workforce, with engineers, product owners, and leadership distributed across regions and a very strong request to not bombard engineering with too many meetings and hence maximise their productive time.
Challenges Identified:
Agile approaches existing were having ad hoc Scrum attempts but no clear cadence and it was primarily a collection of knowledge of all who have joined the team.
Tracking or reporting was not there and the leadership struggled to gauge progress against the product roadmap and lacked alignment.
Marketplace volatility and regulatory uncertainty required teams to pivot quickly triggered inefficiencies and teams were throwing their plan out of window when the order comes from the top
These constraints meant the organization could neither guarantee feature delivery timelines nor sustain ongoing product quality which would lead to jeopardizing the user’s trust and competitive positioning against budding exchanges.
Initiated pilot with a couple of high-priority product teams to demonstrate the possibility of expected demands and spiking efficiency.
Discussed bottlenecks with teams, trained team members on probable resolutions, conducted foundational agile and Scrum practices, and focused on the need for timeboxed delivery and continuous feedback.
Established a two-week sprint cycle, sprint review, retrospective routines, and backlog refinement as the foundation for cadence and delivery predictability.
While teams has habit of over-committing due to piling pressure and hence quality needs to be guarded by effective Definition of Done and maker-checker process
2.2 Role-Based Coaching & Team Scaling
Coordinated role-specific coaching for ~50 engineers across 7+ teams covering Scrum Masters (who couldn’t be dedicated but one of the development team member), Product Owners (due to constraint they were also shared among many teams), and Engineering Managers (who were also doing development along with leading their teams)
Reinforced practices like refinements, definition of done (DoD), estimation techniques, and backlog prioritization in the most simplistic and apt way
Ensured consistency in ceremonies and data reporting across all teams to harmonize practices and at the same time we encouraged autonomy with key focus on excellence not on processes and practices
2.3 Tooling & Process Enhancements
Leveraged advanced JIRA best practices:
Identified gaps in the as-is practice of jira and documented a practice that will be applied throughout the organization and trained everyone
Identified a gradual transition approach to move to new agreements
Configured board structures to reflect story flow, swim lanes, and status transparency
Automated reporting through jira automation features, introduced dashboards with informative gadgets helped in displaying velocity trends, commitment variance, and sprint progress.
Implemented Confluence for collaborative documentation, retrospectives, and asynchronous brainstorming which is key for remote context.
Introduced requirements breakdown and estimation techniques like story slicing, time-boxed estimation, relative sizing and planning poker approach to reduce ambiguity and speed planning
2.4 Engineering Discipline & Quality Practices
Embedded core engineering methods like unit test coverage, pair programming for few sprint items, and CI/CD pipelines to reduce defects and increase delivery cadence
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