The 1967 insight
Paul Lawrence and Jay Lorsch studied how organisations in different industries managed the tension between specialisation and coordination. Their central finding was that the most effective organisations were both more differentiated than less effective ones (their subsystems more specialised for their respective sub-environments) and more integrated (deliberate mechanisms tying the differentiated subsystems together).
Structural contingency theory is the name for this framework. It is contingent because the optimal level of differentiation and the appropriate integrative mechanisms depend on the environment the organisation faces. There is no universal best structure — only structures appropriate to specific environmental conditions.
Why it still applies
B2B technology firms in 2026 face exactly the coordination problem Lawrence and Lorsch identified. Their go-to-market organisations are highly differentiated: marketing operates on campaign cycles, sales on quarterly quotas, customer success on customer lifecycle. Each function has different time orientations, goal orientations, and interpersonal orientations. The differentiation is functional — it enables specialised excellence in each function — but it creates coordination friction that compounds at scale.
What has changed since 1967 is not the underlying problem but the specific subsystems involved. Manufacturing organisations integrated research and production; B2B technology firms integrate sales, marketing, and customer success across the revenue lifecycle. The integrative device construct extends naturally to the new context.
The novel contribution of RevOps
Prior empirical work on integrative devices examined dyadic relationships between two adjacent functions — trade marketing, category management, sales and operations planning. RevOps integrates three or more differentiated functions across the full revenue lifecycle, extending the theoretical construct beyond the dyadic case for the first studied time.
The triadic and lifecycle-spanning structure creates qualitatively different integration problems — handoff failures, attribution ambiguity, compensation system conflicts — that do not arise in dyadic integration. This is the principal theoretical contribution of treating RevOps through Lawrence and Lorsch's lens.