You've grown from a small and manageable team of
pretty autonomous experienced engineers to a more diverse
sprawling team. The complexity of your software has grown and
therefore the complexity of QA and operations. Every project
has a bigger scope than it used to, consuming more team members
for longer periods.
How should you distribute your talent?
How do you map project workload to teams and coordinate their efforts?
How do you establish clear ownership?
Who should handle operational issues?
How large or small should your teams be?
How do you keep your teams from arguing or pointing fingers?
The answers impact your software quality, your engineering velocity,
how fast new talent can onboard and get productive, the happiness
of each member of your team, your relationship with the customer
support organization, the motivation and customer empathy of your team.
These directly impact customer satisfaction, which is a primary
leading indicator of future revenue growth.
Our services encompass comprehensive technical evaluations tailored to your needs. Our 'Deep Technical Reviews'
analyze new services, microservices, or system refactorings, focusing on system goals, design, and scalability
risks. Additionally, our 'Due Diligence Investigations' delve deeper, evaluating both technology and people,
aiming to aid investment or purchase decisions by assessing skill gaps, redundancies, and technical scopes
within existing teams. Both services offer actionable insights and recommendations to enhance your systems
or support investment choices.
In the intricate landscape of software engineering, where the synergy
between teams is vital, APIs stand as the linchpin for seamless
collaboration while safeguarding against the destabilizing impact
of intertwined implementation details. These structured interfaces
serve as binding contracts, formalizing dependencies and shielding
both teams from the labyrinthine complexities of each other's
implementations. By establishing robust API cultures, teams gain
a shared language that prevents dependencies from infiltrating the
system, ensuring stability and shielding against unintended
consequences. APIs provide a secure pathway for innovation,
allowing teams to evolve independently while averting the pitfalls
of reliance on underlying implementation nuances. This fortification
against dependency creep ensures a stable foundation, enabling
scalable growth and fostering innovation within the evolving
software landscape.
There are only two ways to have engineers feel the pain that they cause
your customers:
Encourage engineering staff to marry customer support staff
Make the engineers responsible for operational support for their team's services
#1 is slightly in jest, but one way or another, engineers need to care a lot
about the customer experience. #2 forces the issue. The trick is to hire
engineers who hate doing operations, have them do it anyway, and encourage
them to do whatever feat of engineering is required to make sure they never
have to do it again. This feedback loop encourages a healthy
set of good engineering behaviors.
Teams have to communicate with each other and when too many people have to
talk to too many people about too many things, it all breaks down. This pattern
grows exponentially as teams get bigger and as the complexity of what they work
on gets bigger. Break that pattern by limiting teams to 5-8 people and giving
clear boundaries of concerns to each team. Make it concrete by spelling out those
concerns with the APIs that each team supports. This very effectively also
accelerates the time that new hires need to become productive, contributing
team members.
Observability provides a holistic view of system health, enabling teams to
quickly identify and resolve issues before they impact users. Observability
is essential for several reasons, including improved reliability and
resilience, reduced mean time to resolution (MTTR), and enhanced developer
productivity. There are three core pillars of observability: metrics, logs,
and traces. Implementing observability involves defining observability goals,
instrumenting the system, centralizing and analyzing data, setting up alerts
and notifications, and continuously improving. As an observability consultant,
we can help engineering organizations define observability goals and metrics,
identify and implement appropriate instrumentation tools, design and build
observability dashboards and alerting systems, and train and coach engineers
on observability practices. By guiding engineering organizations on their
observability journey, you can empower them to build systems that are not
only technically sound but also resilient, reliable, and capable of
adapting to the ever-changing demands of the digital age.
Ready to enhance the observability of your software systems and scale
your business effectively? Contact us today to discuss how our services
can benefit your organization.
Partner with an experienced On-Call strategy consultant to empower your
engineering team to develop and implement a robust On-Call strategy
tailored to your specific needs and goals. Gain a team empowered to
maintain system stability, minimize downtime, and deliver an exceptional
customer experience. Your investment in an effective On-Call strategy is
an investment in the resilience and reliability of your organization's
IT infrastructure.
We specialize in fortifying software engineering organizations by
enhancing their systems' resilience and availability. Through comprehensive
architecture reviews, resilient design strategies, failure mitigation
plans, load balancing solutions, and scalability assessments, we
ensure uninterrupted service, even during high demand or unforeseen
failures. We understand the criticality of maintaining constant
availability in today's digital landscape, offering tailored
solutions to safeguard against downtime, preserve customer trust,
ensure business continuity, and empower adaptability. Contact us
to discover how our expertise can strengthen your systems for
unparalleled resilience and availability.