Dentons Rodyk & Davidson LLP

About Dentons Rodyk & Davidson LLP

Dentons Rodyk & Davidson LLP is the Singapore arm of Dentons, the world's largest law firm by headcount, with more than 200 offices across 80 countries. This global affiliation gives the firm an unparalleled referral and cross-border coordination capability for businesses with complex international legal requirements. In Singapore, the firm operates as a full-service practice with established strength in real estate, shipping and international trade, insurance, and corporate advisory. Its position within the Dentons global network means clients receive seamless access to local counsel in virtually any jurisdiction in which they do business. The Singapore practice is well-regarded for its real estate and construction work, advising on major development projects, en-bloc sales, strata title matters, and large-scale commercial property transactions. Its shipping and international trade practice is one of the oldest and most experienced in Singapore, reflecting the country's historic status as a global maritime centre. The firm also handles employment, intellectual property, and contentious matters, making it a genuine full-service option for MNCs that require consistent quality standards across jurisdictions. For businesses whose Singapore operations are part of a broader global corporate structure requiring coordinated legal advice, Dentons Rodyk offers the rare combination of Singapore market expertise and seamless international reach. The firm's billing structures can accommodate global matter management agreements that streamline legal spend across multiple jurisdictions from a single relationship partner.

Highlights

• #5 Best Global Firm
• 4.8 / 5.0 Google Rating
• 62 Verified Google Reviews
• Singapore Based

Customer Review

"We engaged Dentons Rodyk for our Singapore real estate acquisition and concurrent employment structuring for our relocated team. Having one firm manage both work streams with coordination to our US legal team made the whole process far more efficient than we expected."